Society for Earthquake and Civil Engineering Dynamics
9-10th September 2019 in Greenwich, London.
Latest news: The deadline for paper submissions has been extended to 24th April. The registration for the conference is open. To register, click here and follow the instructions. Register before 24th May to secure discounted rates.
We are pleased to announce that Prof. Andrew S. Whittaker (University at Buffalo) has agreed to deliver the 17th Mallet-Milne Lecture, which is scheduled to take place on 29th May 2019 in London. Prof. Whittaker has conducted extensive research on the seismic resilience of nuclear power plants and is considered a leading expert on the structural design of next-generation nuclear reactors. See event.
Randolph Langenbach has become known for his research, writings, and consulting on earthquake risks, and also the resilience, of different types of traditional masonry construction. More recently his work has also focused on the increasing numbers of buildings of reinforced concrete and steel construction that have failed to live up to their promise of earthquake-safe performance, and how what he has observed in the resilience of some examples of traditional construction may provide important answers to this problem. In his talk for SECED, Langenbach will begin with his recent work in Nepal after the 2015 Gorkha earthquake. He will cover both his observations on the performance of historic masonry buildings in Kathmandu, including the 18th, 19th and 20th century wings of the Hanuman Dhoka Palace, and his work in the high mountain countryside distant from roads where he has developed a proposal he named “Gabion Bands” to provide a means for people to rebuild their houses with the only materials readily at hand: rubble stone with mud mortar together with bamboo, recycled timber, and sheet metal roofing. He will then go on to explore the problems of larger more contemporary buildings of moment frame construction with interior and exterior walls that are often of weak masonry. This masonry has often been ignored in their design, except as dead weight. His talk will reach back to the late 19th century in the U.S. with the invention of skeleton frame highrise buildings. He will describe the many decades of efforts to separate the masonry infill walls from the frames, to the more recent recognition, for example with confined masonry, of the need to embrace these walls as a strategic part of the engineering of these buildings without the masonry walls having to be treated and calculated as shear walls. This discussion will include his concept called “Armature Crosswalls.”
Randolph Langenbach’s background is closely tied to Britain, as he was an exchange student at Dulwich College, and then later did a post-graduate diploma course in Building Conservation at IAAS in York. He has two degrees, including a Master of Architecture, from Harvard. He was an assistant professor of architecture at U.C. Berkeley, and then more recently served as a Senior Analyst at FEMA (Federal Emergency Management Agency). In 2003 he was awarded a Rome Prize Fellowship in honor of both his earthquake research and his photography at the American Academy in Rome. His publications and biography can be found at www.conservationtech.com.
|Event Date||02/05/2019 6:30 pm|
|Location||Institution of Civil Engineers|