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Showing posts with label news. Show all posts
Showing posts with label news. Show all posts

Tuesday, March 25, 2014

6th International Symposium on Tunnel Safety and Security (ISTSS)

I attended the 6th International Symposium on Tunnel Safety and Security last week (Wed 12th to Friday 14th March 2014). The venue was the 'World Trade Centre' in Marseille, France. Despite the number in the title, this was actually the 7th in a series of tunnel safety conferences organised by SP, the Swedish National Testing and Research Institute, and the 5th of them that I'd attended. The conferences are held approximately every second year and the next will be in Canada in March 2016.

I attended the original "Catastrophic Fires" symposium  (2003, Borås) as well as the 3rd (2008, Stockholm), 4th (2010; Frankfurt) and 5th (2012; New York) ISTSS gatherings. This conference, like the last few, was attended by well over 200 delegates from all around the globe, although the majority this time came from European countries. In general I found the presentations, discussions and debates at this conference better and more engaging than at either of the last two.

At previous conferences, the topic of water spray systems for fire protection and suppression was considered to be a 'niche' area, sometimes relegated to the smaller parallel session. That was not the case this time, with the 'Fixed Fire Fighting Systems' (FFFS) session being in the main room on the first morning of the conference. The opening keynote address by Magnus Arvidson from SP proposed a new set of 'performance objectives' for a standard test of the capabilities of water spray systems for tunnels. Much of what he said paralleled my keynote presentation on "Mitigation of Tunnel Fires" from the NYC conference 2 years ago, but some of the objectives he discussed appeared (to me at least) to imply a bias in the standard against water mist systems. Other presentations on FFFS were a mixed bag containing details of some new tests I wasn't previously aware of, through to some doubtful claims about the capabilities of computational fluid dynamics models like FDS being able to accurately predict the suppression effects of sprinklers on vehicle fires.

The "Fire Dynamics" session had some interesting stuff in it too, perhaps the most worrying of which was the presentation by Norm Alvares where he showed how easy it is to ignite vehicle tyres, and how hard they are to extinguish with water sprays.

But for me, the highlight of day 1 was the demonstration smoke test in the nearby Prado-Carénage Tunnel. The test was a demonstration of the capabilities of their ventilation system, which was quite impressive. Despite a naturally windy location, the system is able to control ventilation in the tunnel, so that if there is a fire in the tunnel, the airflow can be reduced to zero at the fire location, while smoke is extracted on either side of that location.

On day 2 of the conference I spent most of the day in the 'Ventilation' session as I was chairing the session in the morning and speaking in the afternoon. I have a particularly biased view of this session as my paper "Rediscovering the Throttling Effect" was awarded 'best paper' at the conference dinner. A video of my presentation is given below.



The other papers in the session were generally interesting and contained a good mix of experimental and modelling studies. It is clear, however, that we are still as obsessed with 'backlayering' as we were over a decade ago. I caught the final few talks in the 'Risk Analysis' session, and these were also interesting, some of them daring to ask questions about ethical issues and the value of human lives.

Photo thanks to Mia Kumm, Mälardalen University
The conference dinner was a good end to day 2 and featured singing by members of the SP team as well as awards for the best poster, the best paper and the ISTSS 'Achievement Award' which was given to Dr Yajue Wu from Sheffield University. An after dinner speech was given by Arnold Dix where he commended, amongst other things, the papers that took seriously the ethical issues of fire and life safety in tunnels. He also urged the delegates to share knowledge, in particular with developing countries - a message which was well received, but only time will tell if its actually applied.

The final day seemed slightly muted compared to the previous two, although there were still some interesting debates following Peter Johnson's claim that suppression systems do not hinder egress in tunnels. In the other session, there were some good presentations on passive fire protection and structural issues, with the 'mobile furnace' presented by CETU and CSTB being an interesting innovation. Following lunch, the day closed with a few presentations of case studies, including the worlds longest undersea tunnel project in Norway.

And then it was over. All in all it was a good conference, in a good location with some interesting presentations. I'm not a great fan of 'networking lunches' and the poster session was not given the prominence it deserved, but aside from those two minor niggles, this was an enjoyable and well organised conference. I look forward to the next one in Canada...
Ricky Carvel

Tuesday, February 25, 2014

Dr Frank Rushbrook, CBE 1914-2014


Dr Rushbrook visiting the Rushbrook Fire Laboratory in 2011
It was with great sadness that we learned of the passing of Dr Frank Rushbrook, CBE on the 17th February 2014, aged 99. Frank was a true visionary who will forever be associated with the creation of the academic discipline of Fire Safety Engineering at Edinburgh and was a life-long friend and supporter of the group.

During his long and distinguished career in the Fire Service, with time spent in Edinburgh and London during the war, Frank rose to the rank of Firemaster of Edinburgh and South-East of Scotland Fire Brigade before retiring in 1970. The post-war years were a time of rapid technological change. Dr Rushbrook saw that there was a need for graduates skilled in Fire Safety Engineering to interact more positively with established engineering disciplines and architects to solve issues of fire safety in modern, increasingly large and complex buildings. From the early signs of change, Frank knew that education was key.

In the early 1970s, he convinced the University of Edinburgh to take a step into the unknown to establish a Department for Fire Engineering – a global first. Frank set about raising the funds to support the appointment of a professor and two lecturers. Under the leadership of Professor Rasbash (with the then Dr Drysdale and Dr Marchant) the team at Edinburgh developed the first postgraduate course in Fire Safety Engineering. The curriculum broke new ground and set academic standards for the subject. It was expanded into undergraduate and postgraduate courses as far afield as Worcester Polytechnic Institute in the USA and The University of Canterbury in New Zealand. With the success of the postgraduate programme, Frank stepped in again to help raise the funds to support a third lecturer and see the Department through some tough times. As always, when Frank stepped in, it was to guarantee that the programme became stronger.

This happened again in 2001 when Frank made a gift to the University to build the Rushbrook Fire Laboratory. This state-of-the-art fire research lab is unique to Edinburgh and cemented the research group’s position as one of the best in the world. It played a large part in attracting fellow visionary Prof Torero to lead the Fire Safety Engineering research and teaching at Edinburgh. The combination of these personalities lead to unprecedented growth in research and teaching activity at the University with large research projects and a new undergraduate course. Dr Rushbrook’s long career, foresight and philanthropy was acknowledged with an Honorary Doctorate conferred on him by the University in 2004.
Dr Rushbrook celebrating his 99th birthday with Prof Lygate (centre) and Prof Simeoni (right) in December 2013
On a personal level, I owe much to Dr Rushbrook. His company International Fire Investigators and Consultants Ltd sponsored my PhD allowing me an insight into the fascinating world of fire investigation. In 2012, Frank realized one more vision – to develop research and teaching in fire investigation. With a personal donation to the University, the Rushbrook Lectureship in Fire Investigation was established. I am honoured to be the first holder of the title and I could not have asked for a better mentor and visionary to launch me on my career.

Over the years, Frank would regularly visit the group to inspire and enlighten generations of students through his lectures, stories and vision. Four decades on, his legacy is not simply in creating a profession, it is more than that, it is ensuring it survived.

We had hoped Dr Rushbrook would join us as guest of honour at our 40th anniversary event later this year. Instead, it will be held in his memory.

Rory Hadden

Monday, June 03, 2013

New Professor of Fire Safety Engineering at Edinburgh

We are pleased to announce that Dr Albert Simeoni, currently Associate Professor at WPI in the USA, has been appointed as the BRE Chair in Fire Safety Engineering, and will be joining us from July 2013.

Tuesday, March 05, 2013

Arup Professor of Fire and Structures

Arup is supporting the five year appointment of Dr Luke Bisby as the first Arup Professor of Fire and Structures at the University of Edinburgh.


The appointment follows on from Dr Bisby’s prior appointment as the Ove Arup Foundation/Royal Academy of Engineering Senior Research Fellow in Structures in Fire.

The aim of this new appointment is to help move the concept of structural fire engineering from a specialist interest area to a core engineering discipline which is fully integrated into the building design process. When realized, this will benefit the design and construction of the built environment through a combination of capital cost reductions, improved safety and structural resilience, enhanced property protection and business continuity, greater overall sustainability and structural optimization.
“Arup has been the acknowledged world leader in performance based fire engineering for more than four decades and I am delighted to take up this inaugural role at Edinburgh University. My work will benefit Arup through early access to research results and from an ability to request research in support of specific commercial needs. In turn, my research group will benefit from insights into real engineering problems.”
Dr Luke Bisby
“Despite great advances in knowledge during the past three decades, in most cases the design of structures to resist the effects of fires remains surprisingly over-simplified; relatively little performance based structural engineering is performed during the fire safety design of a building. The work Dr Bisby undertakes in his new role will be invaluable in developing an improved understanding of the impacts of fire in the built environment and, as fire engineers, we will be able to respond to cutting edge research to continually improve our work.”
Barbara Lane, Director, Arup

Monday, November 28, 2011

2011 Lloyd’s Prize to fire research

Congratulations to Dr Angus Law and co-authors for winning the 2011 Lloyd’s Science of Risk Prize in the Biological/Technological category for their paper on travelling fires for structural design. Dr Law graduated in 2010 with a PhD in Fire Safety Engineering from the University of Edinburgh and now works at Arup. The Science of Risk Prize was launched by Lloyd’s to stimulate cutting edge research into the latest emerging risks facing businesses.



 Design for infrastructure protection

The winning paper  is "The Influence of Travelling Fires on a Concrete Frame" (published in Engineering Structures 33), led by Dr Law and co-authored by Dr Stern-Gottfried, Dr Gillie and Dr Rein. The work argues that the trend towards open plan offices has changed the types of fire likely to occur in modern buildings. It uses science to look at ways to improve engineering guidelines and building design, reduce the risk of travelling fires, and help insurers better quantify and model fire risk. The presentation given by Dr Law at the award's ceremony built on the concepts of acceptable risk and the margin of error of design methods in the contextt of the engineering duty to use the world’s limited resources as efficiently as possible (see presentation here). The work was founded by BRE Trust and Arup.

Best runner-up

The best runner-up in the same category was our graduate Dr Sung-han Koo for his paper "Sensor-steered fire simulation" (published in Fire Safety Journal and co-authored by Dr J Fraser-Mitchell and Dr S Welch)

2010 Awards

This is the second time that Edinburgh recieves the award. Last year Dr Francesco Colella won the 2010 (inaugural) prize in Technology for the paper "A Novel Multiscale Methodology for Simulating Tunnel Ventilation Flows During Fires". And Dr Wolfram Jahn (in Technology) and Dr Claire Belcher (in Natural Hazards) were short-listed within the top five submissions.

Related links:

Wednesday, September 28, 2011

Fire Group News Overview Jan to Aug 2011

News overview from the BRE Centre for Fire Safety Engineering at the University of Edinburgh during the first semester of 2011 (extracted from the IAFSS Newsletter n31, August 2011).

Since Jan 2011 two new PhD students have joined us: Shaun Devaney (Ireland) and Ryan Hilditch (UK). During the same time, three students received the PhD degree: Dr Rory Hadden (now at University of Western Ontario, Canada), Dr Pauline Bartoli (now University of Corsica, France) and Dr Jamie Stern-Gottfried (now at Arup, UK). Two Research Associates promoted outside the group: Dr David Lange joined SP, Sweden, and Dr Claire Belcher got an academic position at University of Exeter, UK, in Earth System Science. The current group consists of nine academics, four research associates and 26 PhD students. Other worthy news are summarized as follows.

The Ove Arup Foundation has made a major investment to tackle the obdurate problems surrounding fire safety. Working with Fire Safety Engineers and Architects at the University of Edinburgh, The Institute for the Study of Science, Technology and Innovation (ISSTI) will explore how to ensure the effective adoption of technical advances in the built environment. The Ove Arup Foundation has agreed to invest £200,000 over the next 5 years in a major interdisciplinary research and knowledge transfer initiative aimed at Integrating Technical and Social Aspects of Fire Safety Engineering Expertise (ITSAFE).

The Centre has secured a major grant from The Lloyd's Register Educational Trust (LRET) to hold a series of three annual week-long intensive seminars ("think tanks") in areas related to Fire Safety Engineering. This series of seminars was motivated by the need to have a new generation of leaders in Fire Safety Engineering that can drive the field through the drastic transition it is currently experiencing. An ever evolving construction industry, drastic changes in regulatory environment, multi-disciplinary drivers for innovation, and ever increasing demands for the fire service require a new face of leadership. The seminars are intended to bring together selected leaders of today with the leaders of the future to define a coherent path for different areas of critical importance to the field. This unique initiative was launched this year with The 1st Annual LRET/UoE Global Technical Leadership Seminar in Fire Safety Engineering. The seminar had the theme of "Education for the Future of Fire Safety Engineering," and was held in Scotland between 30 May and 3 June 2011. Participants were selected as key players in defining the future of advanced fire safety engineering as a professional/academic discipline. The seminar was run as a five day retreat, delivered by the BRE Centre for Fire Safety Engineering at a residential venue close to Edinburgh. Each session began with a presentation to be given by one of the participants. This initiated discussions on the relevant issues. A small group of undergraduate and graduate students, some of whose studies are also financially supported by The LRET, were also competitively selected to join the seminar, bringing the total number of participants to approximately 20. Dissemination activities will include the publication of a "white paper" based on the seminar's discussions and outcomes. All of the participants felt that the event was a great success and will lead to a number of important changes, actions, and significant progress for fire safety engineering education globally. Feedback has been very positive thus far, and several participants have formulated specific personal action items within their own organizations.

Prof José Torero delivered the public lecture: "The Twin Towers: 10 years – 10 Lessons on Sustainable Infrastructure" on 14th March 2011. This was a joint event of The Royal Academy of Engineering and The Royal Society of Edinburgh. The collapse of the World Trade Center towers represents one of the most dramatic failures of modern structural engineering. One of the most exhaustive and expensive failure analyses in history was conducted in the midst of speculation, controversy and conspiracy theories. In parallel, the world has seen an extraordinary evolution of the super-tall building. Seven of the ten tallest buildings in the world have been built after 9/11. These not only include the tallest four, but eight of these buildings are outside the USA. Furthermore, a strong drive towards sustainability has driven tall building design to levels of innovation never seen before. Prof Torero’s presentation extracted, from a decade of questioning and innovation, ten lessons on what is sustainable infrastructure.

Prof José Torero was awarded the 2010 Tom Dalyell Prize for Science Communication at the University of Edinburgh during his Christmas Lecture "Fire: A story of fascination, fear and familiarity". In his lecture, Prof Torero discussed how humans have been fascinated with fire for millions of years. He examined how fire can provide welcome warmth in everyday life but, on a bigger scale, the unpredictability of fire can be terrifying. He contrasted the emotions associated with fire, depending on whether it is under control or not.

Congratulations to Dr Francesco Colella for winning the Lloyd’s Science of Risk Prize in the Technology Category. The prize was for his research paper "A Novel Multiscale Methodology for Simulating Tunnel Ventilation Flows During Fires" (published in Fire Technology). He led this work as a Research Associate at The School of Engineering from 2007 to 2010. This is Lloyd’s research prize for academics and aims at keeping the world’s leading specialist insurance market with the pace of academic knowledge and cutting edge thinking. For the same award competition, the fire group had two more papers short-listed as the top of each category. Dr Wolfram Jahn was short-listed in Technology Risk, for his paper "Forecasting Fire Growth using an Inverse Zone Modelling Approach" (published in Fire Safety Journal). And Dr Claire Belcher was short-listed in Climate Change Risk for her paper "Increased fire activity at the Triassic/Jurassic boundary in Greenland due to climate-driven floral change" (published in Nature Geoscience).

The University is one of 13 partners collaborating on a three year, EU FP7 funded research project on Aircraft Fire Safety. The 'kick-off' meeting was in Poitiers, France, in January 2010.

On Nov 2010 Dr Guillermo Rein was interviewed by Scottish TV about a recent research paper published in Fire Safety Journal on "Forecasting Fire Growth". On the same day he was interviewed for BBC Radio and newspaper The Scotsman.

The Royal Society of Edinburgh has awarded a JM Lessells Scholarship Award to the fire group PhD student Holly Smith. She will spend two months at the Department of Civil Engineering, Queen’s University, Kingston, Canada and work on shear failure of concrete structures during fire.

We continue communicating views, news and achievements in our blog

Friday, August 26, 2011

Holly Smith receives JM Lessells Travel Scholarships from Royal Society of Edinburgh

The Royal Society of Edinburgh has awarded a JM Lessells Scholarship to the fire group PhD student Holly Smith.

Holly will spend two months at the Department of Civil Engineering, Queen’s University, Kingston, Canada. She will be examining methods of using digital image correlation in support of her PhD work on shear failure of concrete structures during fire, which is supervised by Dr Tim Stratford. This technique has only recently been applied in structural engineering by Dr Andy Take of Queen’s University and as a consequence there are a number of challenges in its use. Her visit to Queen’s University will allow her to gain expertise from Dr Andy Take and Dr Neil Hoult, who have been extending Take’s digital image analysis methods to structural measurements and work on a post-processing technique to interpret the initial results that she has obtained from her first set of experiments. Queen’s University also has concrete structures in fire research activity, led by Dr Mark Green, and working with this group will also be very beneficial for Holly’s research.

Thursday, November 18, 2010

Christmas Lecture


This years University of Edinburgh Christmas Lecture will be given by the winner of the Tam Dalyell Prize 2010 - Professor Jose Torero.

The lecture is entitled: Fire: A story of fascination, fear and familiarity. Prof Torero will examine how fire can provide welcome warmth in everyday life but, on a bigger scale, the unpredictability of fire can be terrifying.

More information on the talk and the prize here.



Wednesday, December 08, 2010 from 6:00 PM - 7:15 PM
at George Square Lecture Theatre, EH8 9LK
http://www.ed.ac.uk/maps/buildings/george-square-lecture-theatre

Book free tickets online at: http://www.ed.ac.uk/news/all-news/dalyell-171110
Note that tickets have run out fast for this event in previous years.


Monday, November 08, 2010

Fire Scholarships from The Lloyd’s Register Educational Trust

New Fire Safety Engineering scholarships from The Lloyd’s Register Educational Trust aim to make buildings safer from fire.


Modern buildings and the people who live and work in them will be better protected from the risk and consequences of fire, thanks to new education and research initiatives within the BRE Centre for Fire Safety Engineering at the University of Edinburgh.

Researchers at the University of Edinburgh are aiming for a better understanding of how contemporary building features – such as lighter construction materials and open-plan interiors – can influence how fires take hold and how fast they spread.

More than £200K in new student scholarships supported by The Lloyd’s Register Educational Trust will help to create a core of leaders who will use new understanding to bring change to the field.

Research and teaching programmes will seek to influence safety planning and design such as building evacuation procedures, fire-safe construction, and guidance for firefighters.

Top-flight undergraduate and postgraduate scholarship students will be recruited to create a cohort of fire safety specialists with expertise in all aspects of modern fire safety techniques.

Three LRET international MSc scholars will be sponsored through a new two-year International MSc in Fire Safety Engineering (IMFSE). The degree, the first multi-institution course of its kind globally, is operated by the Universities of Edinburgh, Lund and Ghent and funded by the European Commission’s Erasmus Mundus programme.

A further six LRET International MEng scholars will be supported in their final two years of the existing degree in Structural and Fire Safety Engineering at the University of Edinburgh.

Dr Luke Bisby, a researcher at the University of Edinburgh’s BRE Centre for Fire Safety Engineering, said: “Building design has changed radically in recent decades – we need a pioneering approach to developing fire safety solutions. We have to ensure that the chances of fire are as low as possible and that if a fire should occur, it will have little chance to spread, everyone inside can be evacuated safely, and economic and environmental losses can be minimised. Only through research linked to innovative educational programs can new approaches to fire safety take hold.”

Michael Franklin, Director of The LRET commented: “The Lloyd’s Register Educational Trust funds exceptional students studying science, engineering and technology throughout the world. We want to encourage and help them to become the future leaders in their chosen field. We hope The LRET scholarships at the University of Edinburgh will help to increase fire safety significantly in the years to come.”

The 2010 winners of the LRET Scholarships are (from left in the photo below):

• Ieuan Rickard, LRET MEng Scholar in Fire Safety Engineering
• Sarah Higginson, LRET MEng Scholar in Fire Safety Engineering
• Eduardo Maciel, LRET International MSc Scholar in Fire Safety Engineering





Congratulations to all three of the winners!

For further information, please contact:
Dr Luke Bisby, School of Engineering, tel 0131 650 5710; email Luke.Bisby@ed.ac.uk.


Notes:

The Lloyd’s Register Educational Trust is an independent charity that was established in 2004. Its principal purpose is to support advances in transportation, science, engineering and technology  education, training and research worldwide for the benefit of all. It also funds work that enhances the safety of life and property at sea, on land and in the air.

Monday, October 18, 2010

A novel methodology for simulating tunnel fires

A recent journal paper titled "A Novel Multiscale Methodology for Simulating Tunnel Ventilation Flows During Fires" has recently been published in the journal Fire Technology. Its content is presented here. This is a joint research effort between Politecnico di Torino and University of Edinburgh.

PD NOTE: This paper won this year’s Lloyd’s Science of Risk Prize in the Technology Category. The prize is awarded to academics and aims to keep the world’s leading specialist insurance market abreast of the latest academic knowledge and cutting-edge thinking. See press release by Springer.


In the past decade over four hundred people worldwide have died as a result of fires in road, rail and metro tunnels. In Europe alone, fires in tunnels have destroyed over a hundred vehicles, brought vital parts of the road network to a standstill - in some instances for years - and have cost the European economy billions of euros. Disasters like the Mont Blanc tunnel fire (1999) and the three Channel Tunnel fires (2008, 2006 and 1996) show that fire poses a serious threat.

Comprehensive risk assessments for tunnel fires are not easy to conduct. The development of the possible emergency scenarios is dependent on the combined influence of fire detection technologies, ventilation system, tunnel layout, atmospheric conditions at the portals and the presence of vehicles. Nowadays, the analysis of such complex phenomena is performed using numerical computational fluid-dynamics (CFD) tools. But CFD has a significant drawback: its requires very large computational resources (e.g., weeks or months of computing time). This limitation affects the completeness of the risk analyses because they can only be based on a limited number of possible scenarios but do not explore the wide range of possible events.

This recent paper proposes a novel multiscale modelling approach generated by coupling a three dimensional CFD model with a simple one-dimensional model. This allows for a more rational use of the computational resources. The methodology has been applied to a modern tunnel of 7 m diameter section and 1.2 km in length (similar layout to the Dartford Tunnels in London). Different ventilation scenarios are investigated involving fire sizes ranging from 10MW to 100MW.

The multiscale model is proved to be as accurate as the traditional time consuming CFD techniques but provides a reduction of two orders of magnitude in the computational time. This greatly widens the number of scenarios that can be efficiently explored. The much lower computational cost is of great engineering value, especially when conducting comprehensive risk analyses, parametric, sensitivity and redundancy studies, required in the design or assessment of ventilation and fire safety systems.

The multiscale methodology is the latest contribution to the state-of-the-art in computational methods for tunnel flow simulations. The model has been validated against experimental data of cold flow ventilation and shown to be accurate. This work was published in Building and Environment in 2009. It has also been used to provide the tunnel operator with a comprehensive assessment of the ventilation in the Dartford Tunnels, located under the River Thames about 15 miles east of London. This work was published in Tunnelling and Underground Space Technology in 2010 (open access version).

Tuesday, September 21, 2010

The 2010 Ove Arup Foundation Lecture



The BRE Centre for Fire Safety Engineering at the University of Edinburgh announced the 2010 Ove Arup Foundation Lecture given by Emeritus Professor of Philosophy Peter Jones in the Playfair Library Hall,University of Edinburgh, on  6th September 2010. 



Why are three heads better than one?
Or: How to prepare for a new Enlightenment

Professor Emeritus Peter Jones, FRSE, FRSA, FSA Scot




In his lecture, entitled “Why are three heads better than one? Or: How to prepare for a new Enlightenment,” Professor Jones linked historical, social and philosophical issues relevant to education, innovation and multi-disciplinarily to raise questions about the necessary route towards knowledge and the very foundations of society itself. By discussing the early life and development of Ove Arup which led him to create what has become one of the worlds most successful and imaginative engineering consultancies, Professor Jones argued that the anchors of society are to be found in the conditions for understanding; that the cement of society is conversation, and that when we ignore or lose our capacities for conversation we are in peril.

Peter Jones is Emeritus Professor of Philosophy and former Director of the Institute for Advanced Studies in the Humanities at the University of Edinburgh. In 2006 he published the biography of Ove Arup, the pioneering engineer, philosopher, and humanist who founded the company that still bears his name.

The Ove Arup Foundation, which currently sponsors world leading research in Fire Safety Engineering at the University of Edinburgh, is an independent charity established in 1989 to honour the memory of Sir Ove Arup. Arup strongly believed in the multi-disciplinary nature of design in engineering and architecture, and pioneered a holistic approach to projects throughout his career. The Ove Arup Foundation is thus committed to promoting new thinking in education, and to nurturing engineering of the built environment.


Full text of the Lecture (pdf accessible here):

‘Why are three heads better than one? Or: How to prepare for a new Enlightenment’

Let me tell you immediately where I am going. The rampant individualism, which pervades modern western society, associated too often with obscene materialistic greed, has blinded many people to the necessary route towards knowledge, on the one hand, and about the very foundations of civil society itself, on the other. I shall argue that the anchors of society itself are to be found in the conditions for understanding: I hold that the cement of society is conversation and that when we ignore or lose our capacities for conversation we are in peril.

To create a context for such a claim, let me begin by describing some events in France in the late 17th and early 18th century, which were developed, albeit in different ways, in both England, and here in Scotland.

My interest centres on a small group of aristocratic women, who for a period of about 80 years up to the 1770s, ran private discussion groups for the leading thinkers of the day – mainly, but not exclusively in Paris. From the beginning, they explicitly set out to displace an adversarial tradition of discourse inherited from antiquity, and more recently nurtured to great effect by the Jesuits – for whom combat and victory in argument was always the goal. Nevertheless, from the 1750s onwards these ladies and their friends unexpectedly encountered a new phenomenon among the wider public. The problem was this: what seemed to work within small and self-consciously governed groups, failed to make any impact on the very much larger scale of society at large. Why was this? Did commercial competition weaken social bonds?
Membership of these salons was grounded in an implicit notion of friendship – Cicero was their source for many of their ideas – and that notion tied together a group of moral values that needed to be explained and defended whenever hostile criticism was launched on political or social grounds: osmosis could not be relied upon to ensure recognition and understanding of values - an insight, incidentally, too often ignored throughout the education profession. The moral values included mutual respect, trust, and toleration towards others, together with moderation and decorum in one’s own behaviour. But none of this was familiar to the impoverished, inflamed and unrepresented crowds that increasingly thronged to urban centres. And that is not surprising, since Cicero and his later admirers such as Hume had clearly shown how carefully the appropriate understandings had to be inculcated, learned, practised and nurtured: thought and speech are the bonds between people, and only by those means can society be understood and defended.

Because of their aristocratic position, the salonnières were relatively safe from censorship or control by those in power: but neither they, nor those holding power did anything to introduce a wider public to the requirements of the emerging civil society. Only by the 1750s were some leading French intellectuals beginning to do this, following British writers such as Locke, Addison and Hume. And like Adam Smith at the same date, they argued that the traditions of combat must no longer define the practices of thought or society itself: the mathematical obsession with the binary system of either-true-or-false may be defensible for abstract ideas and immaterial matter, but for living things and any contexts where dynamic change and multi-caused variations occurred, it was wholly inadequate.
I should emphasise that the conversations in Paris, like those in contemporary English and Scottish Clubs, addressed urgent practical issues at least as often as purely speculative problems. The French also adopted the British view – most clearly set out by Hume – that knowledge is a social phenomenon, and, most significantly, cannot be acquired alone. All our claims to factual knowledge must first be publicly expressed and understood, and then confirmed or rejected by others. Such claims have two further features. They are only ever provisional, having none of the certainty of mathematics: secondly, they are embedded into what is already accepted, however untenable that may later be judged to be. Such was the context in which a new generation of non-theological encyclopaedias appeared from 1700 onwards. These were soon expanded into multi-authored teamefforts, devised to communicate the latest understanding of practical matters, alongside elucidation
of current theological, scientific and economic ideas. The greatest of them all, the great French Encyclopédie began to appear in 1751, but provoked frequent censorship, and the final volumes of text and illustrations took another 30 years. The availability in print of such a vast range of information and viewpoints inevitably provided opportunities for new approaches in established disciplines and professions.
 
But that is not what happened.

The main reasons were that the existing professions were firmly anchored in their traditions of thought and practice. Lawyers were fiercely resistant to insights from the social, political or philosophical realm; theologians obsessed with defending traditions and their power bases. The emerging profession of architecture, separating itself from its ancient integration with engineering and building practices, and wallowing in the new commercial opportunities of the 18th century, soon lost touch with reality: Robert Adam not only bankrupted his family firm but two thirds of his clients. Only medicine and engineering, to a significant degree, seemed alert to the technological and social changes in society. Engineering had long been in receipt of Royal or Government patronage because it was central to all defence budgets. Medicine, too, aided by rapidly developing technologies and the replacement of theoretical dogma by experiment, broadened its acknowledgment that multiple-causation might be at work, and that diverse approaches might yield fruitful results. John Pringle, who vacated his chair of Philosophy here to return to medicine, was already enquiring about his patients’ life-styles, eating, work and sleep habits, family history, housing by the late 1740s. He was one of Hume’s doctors.
Nevertheless, the twin influence of ever more advanced mathematics, on the one hand, and the inherited Aristotelian and Boylean model of atomic analysis on the other – that is, the reduction of the target problem into its supposed atomic and further unanalysable constituents – such influences effectively erected barriers around each discipline, which then became both more specialised, and less open to contact with, or influence by, researchers in even neighbouring fields. Professions increasingly sought status and influence, and jealously guarded their domains. What most professions overlooked, however, was the other half of Aristotle’s explicit methodology – he was trained as a doctor, let us not forget: the study of a thing’s various relations with other things, and the processes by means of which it inter-acted with them. As I have already said, leading figures in the 18th century prepared the ground for us today precisely by stressing such factors, and thus the occurrence of multiple causation, reciprocal re-action, and constant change – which themselves explained our frequent inability to anticipate consequences. Of course, traditionalists still yearned for a universal viewpoint which transcended all particular viewpoints, but they were generally disregarded, albeit often not in politics which, then as now, was religion by another name.

It is still not fully acknowledged that multi-disciplinary enquiry and co-operation are the only ways to ensure that we adopt multiple viewpoints, examine multiple causes and variables, and overcome obstacles generated by obsolete concepts, assumptions, practices and technologies. And multidisciplinarity needs to be overtly grounded in historical knowledge about the concepts and technologies inherited from the past – scientists in general have been naively dismissive of histories of their disciplines, and have thereby been wilfully blind to opportunities it yields. We must be alert to the histories of our ideas and practices, because modified concepts always retain elements and scars of their abandoned predecessors. Moreover, when we complacently concede that our claims hold only so long as ‘other things remain equal’ we usually forget that we never know all the assumptions and implications of what we have said or done.


Let me give you just one example of a state of affairs which, because the ‘ceteris paribus’ clause was initially forgotten, resisted analysis: land-degradation in arid and semi-arid areas, known as ‘desertification’. No one knows whether, or to what extent, climatic change has increased desertification, whether adverse land use has a feedback effect on local climate, or how global changes are influenced by dryland degradation. The compound set of causes in play probably includes sub-sets of the following factors in differing proportions: global climatic trends, world trade conditions and local government agricultural, technical, marketing, and financial policies; health, population growth and distribution; land shortage and usage; soil and vegetation, appropriate technologies, education and research – the interaction of such factors, and surely many more, affect productivity, erosion and vegetative cover.

Cicero and his followers insisted that to talk of proprieties in any context - that is, to judge what it is proper to do - is to make a value judgment. It is essential to learn how value judgments are made, by whom, when, and why. How a concept is understood and used, and thus what it means to someone, is intimately tied to how, when, where and from whom that individual learned to use the concept. The indefinite variety of contexts in which an individual can become acquainted, familiar and comfortable about using a concept lies behind the range of misunderstandings that occur and the often heated disputes about the authority, consequences and very meaning of a concept. Multidisciplinary enquiries have to address these matters at the outset of their work together.

So where does my emphasis upon conversation come in? Before you withdraw all patience, on the grounds that quite enough conversation already takes place, let me hasten to state my proposed definition:
Conversation is a sacred and improvisatory practice in which the duty to listen
precedes the right to speak.
Conversation is a practice, because it requires a range of learnable skills, which must be used or lost. It is sacred because it embodies and conveys the values of the community in which it operates. The duty to listen underlines the necessity of judging the context before being able to estimate what might be appropriate behaviour; it also emphasizes the central role of manners in conversation, in which courtesy to others takes precedence over assertion of oneself – a point on which Hume prominently insisted. The right to speak is earned, but is also circumscribed by the requirement of appropriateness. Instruction to children to wait their turn, not to interrupt or hog the conversation, just listen to what is being said - all such guidance is directed to that end, and also answers the mistaken objection that if listening precedes speaking everyone must remain silent. That, of course, is absurd. What actually happens, and indeed must happen, is that learning the arts of conversation takes place in contexts of already existing and complex human social practices: conversations typically evolve out of chat. Nevertheless, we have to be sensitive to the knowledge, attention span and interest of the listener – not to become boring, insistent, intrusive, upsetting, offensive: all matters concerning how others see us. Which was Adam Smith’s famous point in 1759 about learning to see ourselves as others see us.
Smith also said this [336:VII.iv.23]: ‘The great pleasure of conversation and society … arises from a correspondence of sentiments and opinions, from a certain harmony of minds, which like so many musical instruments coincide and keep time with one another’. The analogy between the improvisatory character of both conversation and music was commonplace by the early 1700s, because the emphasis was upon close attention and constant adaptation to a changing context – without which there can be no appropriateness. The great musicians of the 18th century were admired for their extraordinary skill at improvisation, - Bach, Handel, Mozart - and even at the popular level, no Scots fiddler at the dance, for example, ever stuck to the minimal scores available.  Similarly, properly educated and engaged conversationalists improvised throughout their performance, which would be centrally coloured by their body-language as well as by vocabulary, tone, pitch and so on. All of these ideas were explicitly discussed by our forebears because the primary duty was to perform appropriately in the theatre of social life. Sensitivity to the context was thus a necessary condition. French and Scottish philosophers argued, moreover, that human beings are animated not by reasoning as such, but are motivated by, and respond primarily to, their feelings. This means that judgments of propriety are as much aesthetic judgments as verdicts about thought.

Conversation cannot take place among a large group of people: the family provides the natural scale, and almost all cultures have found that groups over twenty are too large. Renaissance writers thought that nine was the maximum number, and the French, like the Greeks, stuck at about twelve. The central reason for advocating the family scale is that everyone in a conversation is a participant – whether or not they actually speak on a given occasion. Indeed, in a proper conversation, silences are essential and have different characters – a threatening silence is very different from one of awe or suspense. A second reason is that conversations are most often practised when sharing the very essentials of life – food. Children learn and absorb much from family meals – and many cultures over the centuries have judged dining to be essential for social bonding. In the French salons it entailed self-conscious preparation by host and guest, and bequeathed a legacy which has properly enriched western culture ever since: who might appropriately sit with whom, what topics might be appropriate for conversation, with whom and when, why some issues might be best avoided or diverted.

The less formal social gatherings in London coffee shops and taverns from the 1680s, although widely publicised, were never fully replicated elsewhere. Moreover, what happened in Scotland was importantly different, because to the Scots the whole point of knowledge was use and benefit: the explicit goal of their ‘clubs’ and ‘societies’ was knowledge, to which the social side merely a means. The point needs emphasis: conversation is not only a source of the moral values we absorb and understand, it is a crucial vehicle by which we acquire knowledge – since encounter with, and mediation by the claims of others assist in the detection of error and the emendation of earlier opinion. Two heads are never enough because each is focussed on his own or the other’s view, fighting for a conclusion, rarely on transcending both views or ensuring continuous exploration: a third head can more easily release all of them from the combat ring – reminding all of the ‘ceteris paribus’ clause.
To portray conversation as the cement of society allows us build on the metaphor: by examining the cement, we can identify the scale of the structures it bonds and supports – and whether there are some structures it does not well bond or support. For the scale of everything we do affects both their quality, and their inter-connections with everything else. It was asserted for well over a century in France that the proprieties of conversation are the very same as the proprieties of society, and to study one is to study the other.
The notions of scale and propriety which are central to our discussion derive almost as much from the classical world of architecture as from moral philosophy and rhetoric. The learned Renaissance scholar and architect Leon Battista Alberti, emphasized that proportion and appearance could be assessed only by reference to the precise details of each particular case. He advised architects always to invest in the largest possible model of their intended structures, before going further, in order to help both them and their clients to judge what might be appropriate. The reason then, as now, is that what works at one scale will not necessarily work at another: a small work cannot retain all its forms and relations when enlarged – and the other way round, as well. His point is that scale is a condition of intelligibility – to stretch a concept, for example, beyond the expected parameters of use is to diminish the possibility of understanding, and thereby the capacity to act appropriately in the new context.
We too readily forget that our concepts are tools, invented by us, for particular tasks in particular contexts which are conceived in particular ways, and that their history through different contexts records unexpected distortions: they are all, at different rates, becoming outdated, unwieldy or simply obstructive in new contexts. Meanings change with contexts – witness the term ‘democracy’ as a dramatic example or, in our context, the titles of ‘engineer’, architect’ or ‘philosopher’. It follows that all our categories and practices – or tools – are obsolescent in the sense that they are condemned by their very anchorage in time to be increasingly inappropriate in ever changing contexts. Finally, there are evaluative tones colouring many of our concepts, and almost any term can assume significant emotive influence on what happens.
You will now grasp how all this bears on Ove Arup and current aspirations and proposals, although a word about his life and beliefs may also help.
A few weeks after Ove Arup was born in Newcastle, in 1895, his father, the Danish Consular Vet. was posted to Hamburg. Accordingly Ove spent his early years there, acquiring German as his first daily language – although he spoke Danish and Norwegian at home and on family holidays. After boarding at the Danish Eton, he proceeded inexorably to Copenhagen University where he spent 9 years. His first degree was in philosophy, then mathematics, and finally engineering – he was also, I might add, a pianist of almost professional standard. Ove’s interest in philosophy had been excited at school, where he devoured Kierkegaard, of course, but also Charles Darwin. At University, where he unwisely expected to become a lecturer in philosophy, he revelled not in the dominating universalist and abstract dogmas of German philosophy, which he fiercely rejected, but in the pragmatic ideas of British empiricists, beginning with Locke and Hume.

In the Denmark of 1922, the distance between ‘applied philosophy’ and engineering, which was held in the highest social esteem, was not as wide as you might think, and the historicalexplanation is illuminating. At the end of the Napoleonic Wars Denmark had declared national bankruptcy. The King and Council pursued two paths of reconstruction – both derived from Enlightenment thought. In the short-term they promoted new industries that had already proved to be prosperous: more importantly, they invested in long-term scientific education. Over a period of 20 years local mineral resources were mapped and identified [clay and chalk] and by 1850 six factories had been constructed to produce ‘roman cement’ – layman called it concrete. Within a further decade the Technical University had inaugurated both research and courses in structural engineering, in which the use of concrete for marine work was central - groynes, jetties, harbours and coastal protection for a marine nation. Above all, interaction and co-operation were explicitly fostered between civil and private sectors, and all branches of engineering – civil, mechanical, chemical and so on. Whenthe young firm of Christiani & Nielsen established itself in 1904, they specialised in re-inforced concrete design and construction – procedures which were attracting avant-garde architects in France and Germany, as well as America, in addition to everyone involved in marine work.

Following the deep recession after the First World War, politically alert young architects – and that meant liberals or socialists – turned to concrete as a material for addressing housing problems. Reinforced concrete enabled them to invent new systems of columns, walls and slabs to construct low-cost buildings with an unskilled workforce. But such steps raised questions of quality control and, once again, Christiani was ahead of the game, ensuring not only site surveillance, but research into manufacturing processes and chemical reactions.

So, employment by such a firm was an obvious route for someone like Ove to follow. Moreover, two names had already caught his attention – and both men became friends later on. Le Corbusier, whose celebration of concrete in 1922 coincided with Ove’s final graduation; and Walter Gropius, whose Bauhaus ideas about the integrations of craft and artistic skills also echoed Danish hostilities towards any approach which fostered fragmentation and disintegration of ideas.
The ideas which inspired Ove Arup to found his own firm in 1946 lay in the 19th century Danish practices which I have outlined, underpinned by his philosophical studies. These had convinced him from an early age that there were no natural or permanent boundaries between enquiries, disciplines, or professions: all such boundaries are man-made constructions, sometimes arising from convenience, always from the limitations of our knowledge, and often strengthened by prejudice or fear. The divisions we make in our enquiries, like the concepts we use, the methods we adopt, the hypotheses we pursue and the theories we temporarily employ, are merely devices to help us cope - and which in due course become barriers to further progress. Moreover, they can never encompass more than a fraction of what we might want to do and know. Disciplinary boundaries can help us to focus, but never to expand our vision: all claims made within the boundaries are provisional, and all are likely to be displaced in the future – those words are taken almost verbatim from a French writer in 1749 [Buffon].
No doubt you all learned this in the third form, but in the London of 1923 such views were simply unintelligible throughout most of the class-ridden British professions, and by 1946 were generally dismissed as needlessly subversive in a context of urgent social renewal, and severe financial constraints. Britain was the only European nation with no advanced technical polytechnics dedicated to engineering or mining specialities. And the more Ove acknowledged to himself the ignorance and bigotry among architects and engineers alike, the clearer became his goal. From the mid-1950s onwards he criticised architects for their technological ignorance, their narrow notion of design – virtually restricting it to the aesthetics of drawings, thereby substituting conception for execution – and their social irresponsibility towards clients, costs, the environment, and management.

The fundamental education, and the established practices of architects and engineers alike, had to be radically reformed. At the foundation level, engineers had to be taught draughtsmanship, design and aesthetics; architects had to be taught engineering, philosophy and self-critical communication skills. And they both had to learn to work together and with their clients, from the outset of any single commission. Ove deplored obscurantist architectural verbiage, the selfdeceiving arrogance of anyone hiding behind the mask of a romantic artist, as well as the intellectual narrowness, philistine insensitivity and social irresponsibility of engineers. In 1941 he had declared that no architect could ‘possibly, by himself, know all about all the intricacies of modern technical developments which go into a building nowadays’. What was needed was an ‘organisation, “the composite mind” so to speak, which can achieve a well balanced synthesis from the wealth of material available’. By 1970 this had become:
“The Terms Architect, Engineer and Builder are beset with associations, from a bygone
age…and they are inadequate to describe or discuss the contemporary scene.”
It is not surprising that in anti-intellectual Britain, his listeners felt distinctly uncomfortable.
Narcissistic institutions typically spend more effort on defending their structures, than pursuing their goals, and many of Ove’s challenges were social, requiring recognition of power bases and egos, political and professional agendas, personal ambitions, and confrontation with deeply embedded protestant individualism: but they were equally intellectual and psychological, requiring admission that ideas cannot be owned, and that helpful analogies can be derived from, and should be sought in unlikely places.
Ove himself deplored theories and ideologies of any kind – political, religious, artistic or scientific: they, too, can be only provisional devices, and eventually inhibit critical thinking. As a sceptical, empirical philosopher, he held that we might always be mistaken, and that the only justifiable approach is relentless self-critical enquiry. That is why, in August 1917, he proclaimed that the ultimate immoral act is choosing not to think.
In any small organisation led by a charismatic founder, most colleagues will be at least tolerant of the mind-set I have described: but the larger it gets, and the greater the diversity of its practices, the less likely is it that everyone would fully comprehend such a philosophically grounded posture. Ove worried about this within a year or two of founding the company: by 1948, with less than 10 fulltime colleagues, he declared that ‘it was too big’. This was not the response of a control-freak, keen to influence and participate in every decision. Rather it was awareness that the scale of any concept is central to its intelligibility, and to the success of any activities based on it: evolution of thought and practice is necessary for survival, in every domain, but if team members either disregard or fail to understand the guiding principles, fragmentation of effort ensues, and failure threatens. Moreover, scale defines not only the justification, but also the quality and effectiveness of all human activities.
Ove’s ideas did not evolve as much as they might have done outside Britain: he lacked critical discussion, and drifted into a rhetorical mode followed by so many writers: he simplified his conclusions about the provisional nature of all proposed solutions to the extent that they merely provoked derision from architects, planners, politicians and businessmen.
In both the story I have told, and in the tasks ahead of us CONTEXT is all. Ove’s philosophical training in a Continental tradition; his multi-lingual abilities and broad cultural interests – together with why concrete was specially developed in Denmark; and why the engineering and architectural professions stood in the relation to each other that they did. All these contributed to the outcomes associated with his firm. But CONTEXT is also a central criterion in judging the built environment: structures articulate spaces and places, planes and surfaces – in brief, they affect how we live and think. But although many engineers, architects and planners revel in the magnitude of these burdens, few educate their clients: and the breadth of CONTEXT is ignored.
But, I hear you say: ‘Are you seriously saying that in today’s best universities, among the established professions, indeed, in society at large, conversation, in your idealised definition, does not take place?
And are you really saying that that notion can guide us forward in a radical reform of education, and even reform of society itself? Are you arguing that the ego-trip enjoined by self-expression, self-promotion and self-fulfilment must be curtailed in the face of the fact that knowledge is a social phenomenon and cannot be acquired alone?’ Yes: Ove did: I am.

Where we go from here is up to all of us.
Let us not further deceive ourselves into believing that, over the centuries, Governments or Institutions or Professions have always, or even very often, put into place people and resources to promote relentless, self-critical and exploratory thinking. That is why I endorse Ove Arup’s personal credo:
The ultimate immoral act is choosing not to think.