LEADER 05800nam 2200433 450 001 9910676519603321 005 20230629234150.0 010 $a3-433-60963-2 010 $a3-433-60962-4 010 $a3-433-60961-6 035 $a(CKB)4100000010871092 035 $a(MiAaPQ)EBC6357752 035 $a(EXLCZ)994100000010871092 100 $a20210409d2021 uy 0 101 0 $aeng 135 $aurcn#---||||| 181 $2rdacontent 182 $2rdamedia 183 $2rdacarrier 200 00$aPhysical models $etheir historical and current use in civil and building engineering design /$fedited by Bill Addis 210 1$aBerlin, Germany :$cErnst & Sohn,$d[2021] 210 4$dİ2021 215 $a1 online resource 300 $a"Construction History Series/Edition Bautechnikgeschichte"--Title page verso. 311 $a3-433-03257-2 320 $aIncludes bibliographical references and index. 327 $gSection A.$tPhysical models from ancient times to the 1880s --$tModels in civil engineering from ancient times to the Industrial Revolution /$rDirk Bu?hler --$tBlock models of the masonry arch and vault /$rSantiago Huerta --$tThe catenary and the line of thrust as a means for shaping arches and vaults /$rRainer Graefe --$tLeonhard Euler and the model tests for a 300-metre timber arch bridge in St. Petersburg /$rAndreas Kahlow --$tThe use of models in early nineteenth-century British suspension bridge design /$rDenis Smith --$tModels used during the design of the Conway and Britannia tubular bridges /$rBill Addis --$gSection B.$tPhysical models used in structural design, 1890s-1930s --$tThe use of models to inform the structural design of dams, 1890s-1930s /$rMike Chrimes --$tModels used during the design of the Boulder Dam /$rBill Addis --$tThe role of models in the early development of Zeiss-Dywidag shells /$rRoland May --$tModel testing of structures in pre-war Italy : the School of Arturo Danusso /$rMario Alberto Chiorino, Gabriele Neri --$tEduardo Torroja and his use of models up to 1936 /$rJoaqui?n Antun?a --$tPhotoelastic stress analysis /$rBill Addis --$gSection C.$tPhysical models used in structural design, 1940s to 1980s --$tStructural modelling technique /$rBernard Espion, Bill Addis --$tPhysical modelling at the University of Stuttgart /$rChristiane Weber --$tModel testing of structures in post-war Italy. The activity of ISMES, 1951-1974 /$rMario Alberto Chiorino, Gabriele Neri --$tEduardo Torroja and his use of models from 1939 /$rJoaqui?n Atun?a --$tScale models for structural testing at the Cement and Concrete Association, UK : 1951-1973 /$rEdwin Trout --$tHeinz Hossdorf : his contribution to the development of physical model testing /$rPepa Cassinello --$tSoap-film and soap-bubble models /$rBerthold Burkhardt --$tThe model as a concept : the origins of the design methods of Sergio Musmeci /$rLukas Ingold --$tHeinz Isler and his use of physical models /$rJohn Chilton --$tModels for the design development, engineering and construction of the Multihalle for the 1975 Bundesgartenschau in Mannheim /$rIan Liddell --$gSection D.$tPhysical models used in non-structural engineering disciplines --$tThe historical use of physical model testing in free-surface hydraulic engineering /$rBill Addis --$tThe historical use of physical model testing in wind engineering /$rBill Addis --$tThe historical use of physical model testing in earthquake engineering /$rBill Addis --$tThe historical use of models in the acoustic design of buildings /$rRaf Orlowski --$tGeotechnical centrifuge models -- a history of their role in pre-construction design /$rWilliam H Craig --$gSection E.$tPhysical modelling in the twenty-first century --$tPhysical models as powerful weapons in structural design /$rMamoru Kawaguchi --$tPhysical modelling of structures for contemporary building design /$rBruce Martin --$tModels in the design of complex masonry structures /$rDavid Wendland --$tPhysical modelling of free surface water -- current practice /$rJames Sutherland --$tBoundary layer wind tunnel model testing -- current practice /$rFrancesco Dorigatti --$tModel testing using shake tables -- current practice /$rAmarnath Kasalanati --$tGeotechnical centrifuge modelling -- current practice /$rDavid White --$tThe use of physical models in acoustic design -- current practice /$rRaf Orlowski --$tWater-bath modelling -- small-scale simulation of natural ventilation flows /$rOwen Connick --$tThe use of biological models for building engineering design /$rJan Knippers --$tFlying a 100-metre long Jumbo Koinobori /$rMamoru Kawaguchi --$tEpilogue : A future for models from the past /$rDirk Bu?hler, Christiane Weber --$gAppendices. --$tAppendix A.1: extracts from Vitruvius (c.30-15 BC) --$tAppendix A.2 : Extract from Galileo (1638) --$tAppendix A.3 : Leonhard Euler (1766) A simple rule to determine the strength of a bridge or similar structure, on the basis of the known strength of a model --$tAppendix A.4 : extract from report : Telford's design for new London Bridge (1801) --$tAppendix A.5 : experimental models, The builder (1846) --$tAppendix A.6 : on model experiments, The civil engineer and architects journal (1847) --$tAppendix A.7 : Osborne Reynolds (1888) Extract from paper : on certain laws relating to the regime of rivers and estuaries. 330 $a"This book covers the history of using physical models in the design and development of civil and building engineering projects ..."--Page 4 of cover 606 $aEngineering models 615 0$aEngineering models. 676 $a620.0011 702 $aAddis$b William$f1949- 801 0$bMiAaPQ 801 1$bMiAaPQ 801 2$bMiAaPQ 906 $aBOOK 912 $a9910676519603321 996 $aPhysical models$91760821 997 $aUNINA