| General note |
CONTENTS<br/>Preface xxi<br/>Conference organization xxiii<br/>Non financial sponsors xxv<br/>KEYNOTE LECTURES<br/>A facade roadmap 3<br/>U. Knaack<br/>Pier Luigi Nervi: Architecture as challenge 7<br/>M.A. Chiorino & C. Chiorino<br/>The great counterintuitive: Re-evaluating historic and contemporary building<br/>construction for earthquake collapse prevention 11<br/>R. Langenbach<br/>Emilio Perez Piriero: Inventor of deployability 17<br/>F. Escrig<br/>TECHNICAL CONTRIBUTIONS Mini-symposia & special sessions<br/>Modern renaissance timber construction<br/>Merging seismic and fire design of timber buildings and potential and limitations on going 23<br/>B. Kasal, D. Kruse, N. Riither & T. Polocoser<br/>Status of Cross-laminated Timber construction in North-America 25<br/>S. Gagnon & E. Karacabeyli<br/>A review on seismic response of timber frames 27<br/>H. Stamatopoulos & K.A. Malo<br/>Investigation of seismic performance of multi-storey timber buildings withinthe framework of the SERIES project 29<br/>M. Piazza & R. Tomasi<br/>Seismic design of CUT buildings: Definition of the suitable q-factor by numerical and experimental procedures 31<br/>L. Pozza, D. Trutalli, A. Polastri & A. Ceccotti<br/>Seismic design of timber buildings with a direct displacement-based design method 33<br/>C. Loss, M. Piazza & D. Zonta<br/>Behaviour of moment connections in timber frameworks 35<br/>A. Polastri, R. Tomasi, M. Piazza & I. Smith<br/>Seismic performance assessment of a timber log house 37<br/>J.M. Branco, C. Aranha & P.B. Lourenco<br/>Better than steel? (Part 2): Tall wooden factories and the invention of "slow-burning"heavy timber construction 39<br/>R. Langenbach<br/>Performance-based design for mid-rise wood constructions in Canada 41<br/>C. Dagenais, S. Gagnon & R. Desjardins<br/>Predicting force flows in timber light-frame building superstructures 43<br/>G Doudak & I. Smith<br/>Is cross-laminated timber suitable for building structures to thirty levels? 45<br/>J.B. Chapman<br/>Wind design of timber buildings 47<br/>/. Zisis & T. Stathopoulos<br/>Design concepts and principles for tall multi-storey superstructures incorporating timber frameworks 49<br/>I. Smith<br/>Vibrations of timber floor beams with end restraints 51<br/>K.A. Malo&J. Kohler<br/>Behavior of dowel-type timber connections under cyclic loading 55<br/>S. Zhang, W. Wang, C. Huang &W.Wu<br/>Design and production of a heavy timber reaction frame for a laboratory test setup 57<br/>M. Andreolli, P. Grossi, T. Sartori & R. Tomasi<br/>Glulam structures: Some Portuguese case studies 59<br/>A.O. Feio, P.J.S. Cruz & A. Pinto<br/>On the "tectonics" in architecture—between aesthetics and ethics Shells—Innovation system design by Ildefonso Sanchez (1898-1980) 63<br/>P. Cassinello<br/>The DNA of the avant-gardes 65<br/>L.E. Mayo<br/>Conceptual design of a pedestrian bridge by means of topology optimization 67<br/>L. Frattari, J.P. Dagg & G. Leoni<br/>The nature of tectonic architecture and structural design 69<br/>A. Carter, P.H. Kirkegaard & R. Tyrrell<br/>Construction and form-finding of a post-formed timber grid-shell 71<br/>S. Pone, S. Colabella, B. Parenti, D. Lancia, A. Fiore, B. D'Amico, F. Portioli,<br/>R. Landolfo, M. D'Aniello & C. Ceraldi<br/>Felix Candela between philosophy and engineering: The meaning of shape 73<br/>M. Savorra & G. Fabbrocino<br/>The recovery of the ethic of constructions: PL. Nervi vs. S. Musmeci, two structural conceptions compared 75<br/>P. Trovalusci & A. Tinelli<br/>Tensegrity tectonics: Structural concept and architectural expression 77<br/>K.A. Liapi<br/>The Nervi system: Between complexity and ethic 79<br/>T. lori & S. Poretti<br/>The school of bridges in Venice: Teaching bridge design in a<br/>University of Architecture 81<br/>A. Zanchettin, E. Siviero & E. Reccia<br/>Structural glass: Crossing borders<br/>Double skin facades made of glass—aspects of structural design and static analysis 85<br/>B. Siebert <br/>Boosting European education on structural glass: COST action TU0905<br/>training school 87<br/>J. Belts, C. Louter, J. Neugebauer & J. Schneider<br/>Glass structures, from theory to practice 89<br/>N. Emami<br/>Evaluation of the SLG method for applications with adhesive point-fixings 91<br/>J. Dispersyn, K. Calleyl & J. Belts<br/>Influence of various factors to mechanical properties of glued joint in glass 93<br/>K. Machalicka & M. Eliasova<br/>Cones made of glass for a new entrance of a museum 95<br/>J.Neugebauer Analytic models of adhesively bonded steel-glass beams97<br/>T. Fremr, M. Netusil & M.Eliasova Building integrated photovoltaic—new developments 99<br/>G. Siebert & B. Siebert<br/>Stress corrosion parameters for glass with different edge finishing 101<br/>M. Vandebroek, C. Louter, J. Dispersyn, D. Sonck & J. Belis<br/>Exploratory experimental investigations on post-tensioned structural glass beams 105<br/>C. Louter, J.H. Nielsen & J. Belis<br/>Experimental investigations and numerical modeling of point-fitted glass panes 107<br/>M. Tibolt, O. Hechler & C. Odenbreit<br/>Reinforced glass connection—concept, test and detail 111<br/>P.L. Carvalho, P.J.S. Cruz &F.A. Veer<br/>From open structures to the cladding of control: A critical call for current tectonic<br/>theories and practices in architecture <br/>Structural cladding/clad structures: Studies in tectonic building practice <br/>A. Beim 115<br/>Tectonics of montage: Architectural positions for a tectonic sustainable building practice 117<br/>C. Bundgaard <br/>Wallpaper & tectonics—a critical discussion of the state of the architectural discipline 119<br/>M.F. Hvejsel & P.H. Kirkegaard<br/>Architectural assemblages and materializations—changing notions of tectonics<br/>and materiality in contemporary architecture 121<br/>F. Nilsson<br/>From new tools and methods towards new tasks and ideals: The impact of technology and science in the post-war era<br/>The architecture of absence: Building, landscape and the changing character<br/>of technology in the post-war era 125<br/>C.P.C. Cabral<br/>New French architectural treatises for a new kind of public architecture 127<br/>E. Man in The development of architectural concrete in Belgium during the 1960s and 1970s 129<br/>S. Van de Voorde<br/>Working relationships between architects and structural engineers: World War II to the 1970s 131 <br/>D. T. Yeomans<br/>Finnish architect-engineer cooperation on concrete and shell structures<br/>in the 1950s and 1960s 133<br/>A. Niskanen<br/>Innovation in reciprocal structures<br/>Reciprocal systems based on planar elements 137<br/>O. Baverel & A. Pugnale<br/>Reciprocal-frame structures—a digital design instrument 139<br/>U. Thonnissen<br/>The proposal of an ancient technique for modern construction: A stone reciprocal structure 141 M. Brocato & L. Mondardini<br/>Efficient design and fabrication of free-form reciprocal structures 143<br/>D. Parigi &P.H. Kirkegaard<br/>Static and kinematic formulation of planar reciprocal assemblies 145<br/>D. Parigi & PH. Kirkegaard<br/>Innovation in timber<br/>Wood structures—versatility and innovation 149<br/>F. Jensen<br/>Cross-laminated timber: A key material for the future of structural design 151<br/>M. Nevada<br/>Cross-laminated timber: Driving forces and innovation 153<br/>A. Folk<br/>The wooden cooling tower 155<br/>E. Nozhova<br/>MonaLisa Wood Pavilion: Poplar plywood 157<br/>G. Callegari, M. Sassone, A. Spinelli & R. Zanuttini<br/>Robustness issues for design of innovative timber structures 161<br/>F. Hold, P.H. Kirkegaard &J.D. Serensen<br/>Principles in practice for the analysis, conservation and structural restoration of architectural heritage<br/>The ISCARSAH principles in practice 165<br/>S.J. Kelley<br/>The building and its structural history (or how the history is the sourceof endless technical knowledge) 167<br/>M.M.S. Lagunes<br/>Master Builders' design skills in diagnosing the failures 169<br/>G. Arun<br/>Physical evaluation of the endless column 171<br/>R.A. Sofronie<br/>Structural evaluation of Kilitbahir castle in Canakkale, Turkey 175<br/>A. Turer<br/>Dismantling of foundation system for conservation of masonry structures<br/>in Angkor, Cambodia 177<br/>Y. Iwasaki, Y. Akazawa, M. Fukuda, J. Nakazawa, K. Nakagawa, I. Shimoda & T. Nakagawa<br/>General contributions<br/>Building envelopes<br/>Life cycle assessment of Irish residential buildings and typical building envelope analysis 183<br/>A. Armstrong & J. Goggins<br/>Proposals for intervention in obsolete building envelopes in Andalusia 185<br/>M. Molina-Huelva, J.M. Rincon-Calderon & P. Fernandez-Ans<br/>Integrated design applied in thermal retrofitting solutions for residential buildings 187<br/>A. Ciutina, V. Ungureanu, D. Dubina & D. M. Grecea<br/>Modificated plastic materials for a new generation of architecture 189<br/>T. Ries<br/>Isostatic lines' study to optimize steel space grid envelope structures for tall buildings according to their solicitations 191<br/>R. Senis<br/>Balconies, analysis of constructive technology current state and foresight of new industrial development 193<br/>L. Sierra &J.L. Zamora<br/>Expanded cork as building envelope—architectonic and technological aspects 195<br/>P.Sousa&P.J.S. Cruz<br/>Computer and digital design tools<br/>Modular construction systems for freeform architecture 199<br/>S. Schafer, J. Reising, S. Abedini & A. Ljubas<br/>Seismic rehabilitation of RC structures—case study: Educational building with GF + 4 storey height regime 201<br/>M.C. Calin, D. lordan & C.S. Dragomir<br/>Thicker funicular: Particle-spring systems for variable-depth form-responding compression-only structures 205<br/>B. Clifford<br/>Architectural feedback in the structural optimization process 207<br/>J. Felkner, E. Chatzi & T. Kotnik<br/>Multimodal structural optimization for conceptual design 209<br/>K. Martini<br/>Investigating a new material practice 211<br/>M. Tamke, P. Nicholas, P. Ayres & M.R. Thomsen<br/>Study of the sensitivity of different building structures to tunneling induced settlements 213 <br/>C Molins & C. Camos<br/>Multi-objective optimization of concrete shells 217<br/>T. Mendez Echenagucia, M. Sassone & A. Pugnale<br/>Structures for quality and quantity of natural light in architecture 219<br/>S. Bica, I. M. Cristutiu & O. Micsa<br/>Performance assessment of mixed CFRP retrofitting solution for RC slabs 221<br/>S. C. Floruf, V. Stoian, T. Nagy-Gyorgy, D. Dan & D. Diaconu<br/>The use of unconventional reinforcements in structures—design aspects 223<br/>K. Jaafar<br/>Comprehension and complex forms<br/>The dynamic phraseology of structures: Enabling the design of complex systems 227<br/>T.M. Boake<br/>Railway stations between infrastructural complexity and architectural form 229<br/>E. Conticelli & S. Tondelli<br/>Structural analysis of the Curators' Lab Arena—an impressive ephemeral timber structure 231 P.J.S. Cruz&A.O. Feio<br/>Tessellation of Islamic star patterns on complex forms 233<br/>M.C. Fernandez-Cabo & A. Casas-Perez<br/>Parametric design and non-linear analysis of a large-scale deployable roof structure based on action origami 235<br/>T.R. Gentry, D. Baerlecken, M. Swarts & N. Wonoto<br/>Diagrids for design and construction of freeform tall buildings 237<br/>K.S. Moon<br/>Outrigger structures for twisted, tilted and tapered tall buildings 239<br/>K. S. Moon<br/>Discretization solutions for the construction of free form complex surface structures 241<br/>H. Giles & A. Berk<br/>Architectural topology parametrically defined by digital manufacturing 243<br/>M. G. del Valle Lajas &J.A. Diaz<br/>Virtual reality as a multidisciplinary communication tool 247<br/>L. Houck, R. Hassan, T.K. Thiis & K. Solheim<br/>Structural form as ornament 249<br/>R.A. Oprifa<br/>Concrete and masonry structures<br/>Reinforced concrete in the early 20th century: The search for a form language for the material 255<br/>M.B. Dan<br/>Technology of thin shells in the German baroque 257<br/>V. Compdn, M. Camara & J. Sanchez<br/>Control of conservation works for architectural heritage buildings by microseismic<br/>recordings and structural analysis 259<br/>C.S. Dragomir, A. Du(u, C.S. Dragomir & E.S. Georgescu<br/>"Reticolatus": An innovative reinforcement for irregular masonry—a numeric model 261<br/>M. Paradiso, S. Galassi, A. Borri & D. Sinicropi<br/>Study to evaluate the characteristics of masonry for "Stirbey family chapel"to retrofit the structure 263<br/>C.-L. Matei&R.-C. Matei<br/>A critical assessment of concrete and masonry structures for reconstruction after<br/>seismic events in developing countries 265<br/>H. McWilliams & C.T. Griffin<br/>Funicular forms and earthquake performance of low-strength masonry buildings 269<br/>S. Rihal & J. Edmisten<br/>Load-bearing capacity of corroded reinforced concrete joists 271<br/>J. Vercher, E. Gil & A. Mas<br/>Determination of residual load-bearing capacity of existing masonry structures 273<br/>J. Witzany, T. Cejka & R. Zigler<br/>Structural behaviour of masonry buildings subjected to landslide: Load path<br/>method approach 275<br/>F. Palmisano & A. Elia<br/>Fabric formed concrete structures and architectural elements 277<br/>R.F. Pedreschi<br/>Application of the operational modal analysis method for the control<br/>of the intervention in the Roman Theatre (Cadiz, Spain) 279<br/>P. Pachon, E. Rodriguez-Mayorga, J.F. Jimenez, V. Compdn, A. Saez & E. Yanes<br/>An approach to patents of prestressed concrete in 20th century architecture 281<br/>M.P.L. Zurdo, J.A. Diaz & M. de Miguel Sanchez<br/>Historical concrete structures in Romania and Italy: Exchange in building and conservation 283 M.B. Dan & C.O. Gociman<br/>Emerging technologies<br/>Monitoring the recovery of the architectural heritage287<br/>P.O. Simal, E.L. Rodriguez, E.L. Burlo&J.L. Diaz<br/>The role of spontaneous construction for post-disaster housing 289<br/>D. Felix, A.O. Feio, J.M. Branco &J.S. Machado<br/>Comparing the embodied energy of structural systems in parking garages 291<br/>C. T. Griffin, L. Bynum, A. Green, S. Marandyuk, J. Namgung, A. Burkhardt & M. Hoffman<br/>Bridge design 2.0: Developments in the field of integrated, sustainable and durable bridge design 293 J. Smits<br/>Earth architecture: Ancient and new methods for durability improvement 265<br/>R. Eires, A. Camdes & S. Jalali Daylight in interiors 297<br/>L. Janeckova & D. Bosova<br/>Innovative architectural and structural design<br/>Design of adaptive structures by kinematic synthesis of mechanisms 301<br/>Y. Akgtin, F. Maden & K. Korkmaz<br/>Prestressing, technique and innovation in the 1950-1975 architecture 303<br/>J.A. Diaz<br/>Diagrid structures—innovation and detailing 305<br/>T.M. Boake<br/>Housing industrialization, success and failure, universal and local: Limits for housing globalization 307<br/>A.L. Correia, V. Murtinho & L.S. da Silva<br/>Innovative architectural and structural design to preserve historical centers 309<br/>D. Felix, A. O. Few, J.M. Branco & J.S. Machado<br/>Sustainable design of a multistory welded steel structure located in a seismic area 311<br/>M. Georgescu, V. Ungureanu & M. Szitar<br/>Concepts for a movable bridge 313<br/>J. Holowaty<br/>Partial dismantling of 1960s to 80s housing estates—a sustainable holistic solution 315<br/>S. Huuhka<br/>Design of reconfigurable doubly-curved canopy structure 317<br/>F. Maden, K. Korkmaz & Y. Akgtin<br/>Natural structures and innovative design 319<br/>N.O. Nawari & A.M. Gutierrez<br/>A new building system: Structural aspects of COTaCERO system 321<br/>J.P. Valcarcel, V. Hermo & J.B.R. Cheda<br/>Hybrid structures: A case of a pedestrian bridge 323<br/>T. Sophocleous, M. C. Phocas & A. Michael<br/>Reciprocal structures in architectural shaping of floors and roofs 325<br/>M. Piekarski<br/>Origami based, deployable disaster relief shelter 327<br/>S. Rihal<br/>Three-hinged structures in a historical perspective 329<br/>L. Slivnik<br/>"Floating Roofs": The Dorton Arena and the development of modern tension roofs 331<br/>T.S. Sprague<br/>Dynamic design of slender footbridges 333<br/>E. Caetano & A. Cunha<br/>Deployable stage: Proposal of an application with mobile structures 335<br/>N. Torres<br/>Naturwall©—timber multifunctional systems in refurbishment sustainable process 337<br/>A. Spinelli & G. Callegari<br/>Multi-objective search in the early phase of architectural design 341<br/>T. Mendez Echenagucia, M. Sassone, P. A. Croset & A. Astolfi<br/>Using the laser scanning technology in the rehabilitation of existing buildings 343<br/>S. Pescari, D. Dan & V. Stoian<br/>Computational morphogenesis in architecture: Structure and light as a multi-objective design/optimization problem 345<br/>A. Liuti, A. Pugnale & A. Erioli<br/>Form structure integration 347<br/>E. Mele & M. Toreno<br/>Mass-customized architectural design approach: Evaluation and a proposal<br/>based on fractal geometry principles 349<br/>M. Asefi & F. Fakourian<br/>The legacy of the Modern Movement and its adversities in the face of the current development of changeable housing construction solutions 351<br/>H.J.V. Ferreira, L.S. da Silva & V. Murtinho<br/>Nature-inspired structural optimization of freeform shells 353<br/>F. Waitner, R. La Magna & J. Knippers<br/>An innovative proposal for a deployable shading system 355<br/>M. Asefi, E.E. Salari, Sh. Valadi&Gh. Kouchenani<br/>Interdisciplinary work and educating architects and structural engineers Hybrid architecture: Coupling structural understanding and architectural education 359<br/>R. Balbo, T. Kocaturk & A. Veliz<br/>Cultivating the next generation of architects through pattern of structural systems 361<br/>M.P. Callahan & IK. Chang<br/>Teaching seismic and wind subjects to architecture students 363<br/>I.K. Chang, M.P. Callahan, P. Lu, H. Y. Chan & S. Luong<br/>Embracing the past: Using historical structures to teach engineering fundamentals 365<br/>R.J. Dermody<br/>Design engineer construct: Building large scale structures 367<br/>K. Dong & J. Feldman<br/>The interdisciplinary design studio—identifying collaboration 369<br/>K. Dong, J. Doerfler & T. Fowler<br/>Constructing by creative re-use of unexpected materials 371<br/>PL. Carvalho & P.J.S. Cruz<br/>Understanding the interplay between structure and architecture using<br/>Building Information Modeling (BIM) 373<br/>N.O. Nawari<br/>Force material form—transferring historical construction concepts into contemporary architectural design 375<br/>M. Rinke & J. Schwartz<br/>Numerical models of a beam belonging to a tall building: Errors and approximations within ordinary design 377<br/>L. Sgambi, N. Basso, R. Pavani, E. Civelli, C.D. Meroni & M. Pagin<br/>Conceptual structural design: An important topic in architectural education 379<br/>L. Sgambi, N. Basso & M. E. Codazzi<br/>The advantage of full-size construction as an educational tool <br/>in architecture education 381<br/>J. Stem, B. O. Braaten, B. Manum, P. Aalto & A. Gilberg<br/>Found in translation: Physical models as a structural design tool for architects 383<br/>Th. Vilquin<br/>Reframing structures: Frame experimentation in artistic studies 385<br/>Vrouwe & B. Pak<br/>Aesthetics in the education of civil and structural engineers 387<br/>J.M. Songel<br/>Lightweight and membrane structures<br/>Fold here: Optimizing a disaster relief shelter with prototypes 391<br/>R.M. Arens &E.P. Saliklis<br/>Deployable membrane structures: Design proposal for the scissors-type system 393<br/>O. F. Avellaneda & R. Sastre<br/>Innovative solutions for ultra-lightweight textile shelters covering archaeological sites 395<br/>A. Zanelli, E. Rosina, R. Maffei, G. Carra & P. Beccarelli<br/>Tree like structures and fractals 397<br/>J. S. Sanchez, F. Escrig &T.R. Lean<br/>Lightweight architecture: Characteristics for an effective application in case of emergency 399 <br/>R. Maffei, A. Zanelli & P. Beccarelli<br/>Minimal-surface-T-connections in architecture 401<br/>G.H. Filz<br/>Spaceplates Building System 405<br/>A. Romme, I. S0rvin & A. Bagger<br/>Qualitative investigation: Efficiency of a membrane roof project 407<br/>E.F. Nunes, J.B.M. de Sousa Jr., A.M.S. de Freitas & B. Baier<br/>"Corogami Hut" case study 409<br/>C. Wiebe<br/>Surface- and mesh-based approaches towards a materialization of architectural catenoids 411 <br/>G.H. Filz, S. Schiefer & Th. Stecher<br/>Temporary reticulated membrane at PS1 415<br/>P.O. Endres<br/>Special structures<br/>Shapes and behavior of triangular grid structures: Current trends in architecture of the 21st century 419<br/>E.G. Meza&J.A. Diaz<br/>Elevated pedestrian ways in Japan: A historical view 421<br/>H. Isohata<br/>Building on planet Mars student project 423<br/>A. Nussbaumer, P. Zurbruegg, S. Erkman & T. Besson<br/>Adaptable hybrid steel structures: Kinetic modeling and simulation study 425<br/>M. Matheou, M. C. Phocas & E. G. Christoforou<br/>Analysis of Portadas de Feria subjected to wind loads incorporating nonlinearity of the guys 427<br/>M. T. Rodriguez-Leon, J. S. Sanchez & F. Escrig<br/>Foundation Louis Vuitton: Exploring new structural typologies 429<br/>A.M.B. Geli &M.P. Sendra<br/>Steel and composite structures<br/>Specificity of shaping light gauge steel shells 433<br/>J. Abramczyk<br/>Numerical analysis of sliding rigid beam-column joints made from encased tubes<br/>for high-rise structures 435<br/>A. A. Vails, A. A. Puigcerver & J.M. Carreras<br/>Experimental and theoretical analysis of bridges with encased filler beams 437<br/>V. Kvocak, R. Vargova & P. Beke<br/>Shear connection of composite steel and concrete bridge trusses 439<br/>M. Charvat & J. Machacek<br/>Experimental study on steel-concrete shear walls with steel encased profiles retrofitted<br/>with FRP composites 441<br/>D. Dan, A. Fabian, V. Stoian & T. Nagy-Gyorgy<br/>The re-use of disassembled steel structures between architectural design<br/>and environmental sustainability 443<br/>M. Pongiglione, C. Calderini & A. Giachetta<br/>Theoretical and experimental studies on composite steel-concrete structural shear walls with steel encased profiles 445 <br/>A. Fabian, V. Stoian & D. Dan<br/>Analysis of composite section columns under axial compression and biaxialbending moments 447<br/>E. Fenollosa & I. Cabrera<br/>Great steel structures: The Italian post-war trial 451<br/>M. Zordan & F. Fragnoli<br/>Required performance level of an existing building for over roofing 453<br/>Zs. Nagy & M. Cristufiu<br/>Innovative conception and design of structural systems for flexible floor spaces 455<br/>C. Odenbreit, O. Hechler & M. Braun<br/>Double curved aluminum façade 459<br/>K. Najjar<br/>Comparing the seismic performance of concentrically braced frames with and without self-centering behavior 461<br/>G.J. O'Reilly&J. Goggins<br/>Efficient solution for large motorways composite bridges 463<br/>E. Petzek, L. Toma & E. Mete§<br/>Technical solutions for rehabilitation of old arch bridges 465<br/>E. Petzek, L. Toma & R. Bancila<br/>Reconversion process of an old building into a modern commercial center 467<br/>Zs. Nagy & M. Cristutiu<br/>Adapting a historic truss viaduct to modern requirements 469<br/>J. Holowaty<br/>Structural solutions for emergency architecture 471<br/>T. Otilia-Alexandra & G.D. Mihai<br/>The borderline between architecture and structural engineering<br/>The challenges of structure in today's architectural, economic and social context 475<br/>A.B. Larena &J.B. Larena<br/>Conceptural planning by the structural engineer 477<br/>A. Gianoli<br/>Alpexpo building by Jean Prouve in Grenoble: The specific issue of the suspended façade 479<br/>A. Coste & C. Blachot<br/>Great light spans: Geometry and simple structural behaviour—2nd half of the 20th century 481 V.A. Garcia &J.A. Diaz<br/>Structure and architecture: The illogical results of considering them two separated<br/>entities, after the 2009 earthquake in L'Aquila 483<br/>C. Bartolomucci<br/>A concrete prefabricated attic 485<br/>C. Bocan<br/>The importance of engineers in the development of modern Spanish architecture:<br/>Alejandro de la Sola's industrial architecture 487<br/>M.C Gonzalez & A.S. Estrela<br/>Architecture and engineering in the new leaning towers 489<br/>M. Camara, V. Compan & J. Sdnchez<br/>Structure as architectural system 491<br/>B. Corotis & A. Daringa<br/>Closing the gap while celebrating the divide: Tools for A/E collaborative learning 493<br/>M.K. Donofrio<br/>A multi-performance comparison of long-span structural systems 495<br/>C. T. Griffin, E. Douville, B. Thompson & M. Hoffman<br/>Timber framed masonry buildings, an earthquake resistance influenced architecture 497<br/>A. Dufu, J.G. Ferreira & C.S. Dragomir<br/>Homeostatic patterns 499<br/>A. Erioli, C. Giacobazzi & G. Castellazzi<br/>The architecture of the fall: Metamorphosis of structure in the work<br/>of Enric Miralles (1988-1997) 501<br/>J.M. Rovira & C.B. Garcia<br/>The role of architectural theory in exploiting the potential of iron load-bearing structures 503 M. V. Hdrfa<br/>The interaction of architects and structural engineers for the Hellenic World Complex<br/>in Athens 505<br/>E.S. Kyriazis<br/>A structural language for a conceptual design collaboration 507<br/>L. Luyten<br/>Engineers and the role of structures in architecture 509<br/>B. Manum & D. Nilsen<br/>On the extension of graphical statics into the 3rd dimension 511<br/>M. Schrems & T. Kotnik<br/>Configuration design for collective housing building structure—IFD systems configuration 513 J. Nikolic<br/>Architectural taming of infrastructure: Interaction architect—structural engineers 515<br/>R Tarczewski & P. Ogielski<br/>Infrastructures and environmental impact: The synergy of architectural and structural design 517 M. Pasca<br/>New species of structures 519<br/>J. Perez-Herreras<br/>The disappearance of the structural analysis barrier: The Sydney Opera House from a<br/>contemporary perspective 523<br/>J.R. Key<br/>The role of structures in daylighting retrofits for existing buildings 525<br/>M. Sedor, C. T. Griffin & K. Konis<br/>Built environment sustainability—breaking the borderlines between architects<br/>and civil engineers 527<br/>M.A. Szitar, T.O. Gheorghiu & D.M. Grecea<br/>Examining the architectural engineer 529<br/>M.S. Uihlein<br/>Traditional and scientific knowledge for a sustainable vulnerability reduction<br/>of rural housing in Haiti 531<br/>A. Caimi, H. Guillaud, O. Moles, F. Vieux-Champagne, P. Gamier, S. Grange,<br/>Y. Sieffert & L. Daudeville<br/>Experimental tests on steel members with variable I welded section 533<br/>I.M. Cristutiu & D.L. Nunes<br/>The evolutionary process of built heritage influenced by the<br/>architecture/engineering borderline decisions5 535<br/>A. Tavares, A. Costa & H. Varum<br/>Confrontation between building and ground: Notions of force and gravity<br/>in the work of Joao Vilanova Artigas 537<br/>L. Borgonovi e Silva & T. Kotnik<br/>Structuring geometry and abstraction of structures in architectural synthesis 539<br/>Dz. Bijedic, R. Cahtarevic & S. Halilovic<br/>Design of the Brasilia TV Tower 541<br/>E.B.C. Azambuja & J.M.M. Sanchez<br/>Energy efficiency upgrading, architectural restyling and structural retrofit<br/>of modern buildings by means of "engineered" double skin façade 545<br/>F. Feroldi, A. Marini, B. Badiani, G.A. Plizzari, E. Giuriani, A. Belleri & P. Riva<br/>Structural assessment of heritage architecture 547<br/>M. Holicky & M. Sykora<br/>Structure and architecture in the design studio 551<br/>P.D. Endres & C. Wetzel<br/>Can collaboration within multidisciplinary teamwork be explained using<br/>Belbins theory?—a case study 553<br/>A. S. Dederichs & J. Karlshoj<br/>Interaction of shape and structural performance: Design of structures using<br/>methods of structural optimization 555<br/>/. Lochner<br/>The history of the relationship between architects and structural engineers<br/>Pier Luigi Nervi in the United States: The height and decline of a master builder 561<br/>A. Bologna & G. Neri<br/>Domenico Parma and Guillermo Gonzalez Zuleta: A story of challenges,<br/>innovation and development of concrete architecture in Colombia 563<br/>E. C. Cortes & A. Primmer<br/>Supporting modern architecture: Sources for the Matosinhos Market structural design 567<br/>J.P. Delgado & P.T. Pinto<br/>Structure impact on architectural form of multi-storey factory buildings<br/>of industrial revolution 571<br/>T. Senberger & J. Hoficka<br/>Memories of Mario: The best structures professor I never knew 573<br/>D.J. Oakley<br/>Prefabrication and standardization: Arne Jacobsen's contribution 575<br/>Y.O. Sanz<br/>From construct to type—the transformation of constituents in the development of trusses 579 M. Rinke & T. Kotnik<br/>Architect and engineer: The collaboration of Louis I. Kahn and August E. Komendant 581<br/>H. Rodriguez-Camilloni<br/>What is a steel construction? 583<br/>F.R. Rosenberg<br/>Between Le Due and Merimee. Talking about Vezelay 585<br/>A.R.M. de la Plata, J.A. Diaz & P.C. Franco<br/>Systems of rationalization: New methods and changes of organization in Swedish<br/>building construction around 1970 587<br/>E. Sigge<br/>The architect/structural engineer relationship—a symmetrical symbiosis 589<br/>R.A. Oprifa<br/>Structural engineering for timber and steel-timber trusses in Italy (1800-1950) 593<br/>E. Zamperini<br/>"Arup calling": The engineering gets to Paris—Centre George Pompidou (1971-77) 595<br/>M. Comba<br/>Significant pioneers of engineer—architect collaboration in the twentieth century 597<br/>A.J. Macdonald<br/>Steel skeleton and terra cotta skin: Engineering and architecture of the Chicago<br/>stock exchange by Adler and Sullivan 599<br/>M.A. Chiuini<br/>The structural engineer: Finding the philosophy of the profession 601<br/>M.S. Uihlein<br/>Anatomy of structures 603<br/>F.H. Selmani<br/>The tectonic of architectural solutions<br/>AgwA architecture office: Study cases on structure and architecture 607<br/>H. Fallen & B. Vandenbukke<br/>Viljo Revell: Tectonic structures 609<br/>J.J.F. Fores<br/>The Tectonic meaning in Le Corbusier's architecture the case of Le Cabanon 611<br/>F. Hakonsen<br/>Mies' early American work and the Tectonic bond between architecture and structure 613<br/>R.S. Aviles<br/>Alternative affordable housing through simulated 3D architectural tectonic:<br/>V3 Residence, Putrajaya 615<br/>R. Ab. Rahman & A. A. Dzaharudin<br/>Tectonics or reinforced concrete and timber and earthquake vulnerability 617<br/>M.B. Dan<br/>Combining shape grammars and BIM in the rehabilitation design process<br/>of the bourgeois house of Oporto: The research progress 619<br/>E. Coimbra & V. Riso<br/>AgwA architecture office: Addressing structure in architecture competitions 621<br/>H. Fallen & B. Vandenbukke<br/>Towards an improved architectural quality in contemporary architecture 623<br/>C. Kristensen & P.H. Kirkegaard<br/>The use of new materials<br/>Agricultural residues applications in contemporary building industry 627<br/>H. Dahy & J. Knippers<br/>The finishing touch for better energy efficiency of episodically used masonry wall single family houses 629<br/>S. T. Djambova & O. Simov Light, colour, form and surface 631<br/>C. Eckhardt<br/>How to build the future with limited and finite resources? 633<br/>Y. Sieffert, D. Daudon & J.-M. Huygen<br/>Thermal and energy refurbishment of university buildings using phase<br/>change materials 635<br/>L.N. Gomes, M.S. Rodrigues, R.S. Vicente &T.R. Silva<br/>Cement-bonded particleboards of modified composition with alternative raw sources utilization 637<br/>T. Melichar & J. Bydiovsky<br/>Timber structures<br/>Connections loaded perpendicular to grain—analysis of the failure behavior<br/>and design approach 641<br/>B. Franke & R Quenneville<br/>Contribution to the fire resistance of timber construction using boards 645<br/>M. Dufkova & P. Kuklik<br/>Low cost construction: State of the art and prospects for using structure<br/>wood apartment buildings in Portugal 647<br/>M. Oliveira, J.P. Couto, P. Mendonfa, J.M. Branco, M. Silva & A.P. Reis<br/>Embodied information in structural timber 649<br/>E. Jannasch<br/>Convertible city: Light wood prefab systems in the extension of built environment 651<br/>A. Spinelli<br/>Analysis of the elasto-plastic failure behavior of wood under compression 653<br/>S. Franks<br/>Fire-resistance analysis of a novel wood-concrete composite deck 657<br/>R. Meena, M. Schollmayer & S. Hehl<br/>Optimized generation of non-standard wood structures based on native irregular components 659<br/>V. Monier, G. Duchanois & J-C. Bignon<br/>Development of prefabricated timber-concrete composite floors 661<br/>P. Nechanicky & P. Kuklik<br/>Barriers to the design and use of cross-laminated timber structures<br/>in high-rise multi-family housing in the United States 663<br/>J. Schmidt & C.T. Griffin<br/>A modular timber construction system made with ribbed-box<br/>or rather hollow-box elements 665<br/>5. Franke & R. Hausammann<br/>The Roman timber framework, a neglected construction method 667<br/>X. Laumain<br/>The behavior of toothed-plate connectors under reversed cyclic loading 669<br/>E. Tuhkanen & K. Oiger<br/>On seismic response of retrofitted wooden house by collapsing process analysis 671<br/>T. Takatani & H. Nishikawa<br/>Author index 675<br/><br/><br/><br/><br/> |
