ABSTRACT

Structures and Architecture – Bridging the Gap and Crossing Borders contains the lectures and papers presented at the Fourth International Conference on Structures and Architecture (ICSA2019) that was held in Lisbon, Portugal, in July 2019. It also contains a multimedia device with the full texts of the lectures presented at the conference, including the 5 keynote lectures, and almost 150 selected contributions.

The contributions on creative and scientific aspects in the conception and construction of structures, on advanced technologies and on complex architectural and structural applications represent a fine blend of scientific, technical and practical novelties in both fields.

ICSA2019 covered all major aspects of structures and architecture, including: building envelopes/façades; comprehension of complex forms; computer and experimental methods; futuristic structures; concrete and masonry structures; educating architects and structural engineers; emerging technologies; glass structures; innovative architectural and structural design; lightweight and membrane structures; special structures; steel and composite structures; structural design challenges; tall buildings; the borderline between architecture and structural engineering; the history of the relationship between architects and structural engineers; the tectonic of architectural solutions; the use of new materials; timber structures, among others.

This set of book and multimedia device is intended for a global readership of researchers and practitioners, including architects, structural and construction engineers, builders and building consultants, constructors, material suppliers and product manufacturers, and other professionals involved in the design and realization of architectural, structural and infrastructural projects.

part |2 pages

Keynote Lectures

chapter |4 pages

Design for durability

ByF. Branco

chapter |4 pages

Builders of ephemeral monumental constructions in cardboard

ByO. Grossetête

chapter |10 pages

Architects + Engineers: a very creative and productive collaboration

ByH. Corres, J. León, L. Todisco

chapter |10 pages

Design for future: A new way of storytelling on footbridge

ByL. Ren, X. Ruan

part |2 pages

Technical Contributions

chapter |8 pages

The compatibility of architecture and circular economy

ByH. Ejstrup, P. Munch-Petersen

chapter |8 pages

Isolating the tectonics of insulation

ByH. Ejstrup

chapter |10 pages

A tectonic approach to energy renovation of dwellings – The case of Gellerup

ByS.R. Jensen, P.H. Kirkegaard, G. Postiglione, A. Strange

chapter |8 pages

Transformation of architectural heritage through adaptive modular systems

ByJ. Buthke, S.O. Pedersen, N.M. Larsen, C. Bundgaard

chapter |9 pages

Building circular economy – Strategies for decoupling in architectural practice

ByL.K. Frederiksen, P. Munch-Petersen

chapter |8 pages

Circular tectonics, users, and local culture

ByJ. Johansson

part |2 pages

Special Sessions

chapter |7 pages

A Universe of wood joinery

ByM. Spaan

chapter |5 pages

Tectonic in the education

ByC. Rist-Stadelmann

chapter |8 pages

Connected Knowledge

ByB.O. Braaten, J. Siem, A. Gilberg

chapter |8 pages

Full-scale wood architecture as educational tool

ByJ. Siem, B.O. Braaten, A. Gilberg

chapter |8 pages

Optimization and shaping of indeterminate frame structures

ByP. Mayencourt, C. Mueller

chapter |8 pages

The Aspect of Craftmanship: Innovation and Expression

ByU. Meister

part |2 pages

Crafting Spatiality: Explorations with components and connections for spatial architectural structures

chapter |8 pages

Bending-active kit-of-parts systems: Uniformity generating complexity

ByS. Brancart, N. De Temmerman, L. De Laet, O. Popovic-Larsen

chapter |8 pages

Rotational stiffness in timber joinery connections: Analytical and experimental characterizations of the Nuki joint

ByD.L. Fang, C.T. Mueller, J. Brütting, C. Fivet, J. Moradei

chapter |8 pages

A Tectonic methodology for timber joints. The excellence of detail in the era of technology throughout an experimental investigation

ByL. Catalá Bustos, P.H. Kirkegaard, P.F. Sonne-Frederiksen, J. Buthke

part |2 pages

General Contributions

chapter |9 pages

Strategies for the refurbishment of heritage-listed post-war facades

ByI. Sörensen, F. Mähl

chapter |8 pages

A hybrid adaptive composite based auxiliary envelope

ByI.W. Foged, A. Pasold, T. Pelosini

chapter |8 pages

Structural adhesive connections for building façade applications

ByK.V. Machalická, M. Vokáč, M. Zikmundová, M. Eliášová

chapter |8 pages

Energy efficiency study applied on a monumental building

ByD. Bocan, C. Bocan, A. Keller

part |2 pages

Comprehension of complex forms

chapter |10 pages

Complex geometries of environmentally sensitive forms

ByM.G. Fineout

chapter |8 pages

Multi-dimensional form finding: Structure, construction and sustainability

ByD. Parigi, L Damkilde

part |2 pages

Computer and experimental methods

chapter |8 pages

Self-supporting ceramic wall system: Challenges of additive manufacturing of architectural ceramic components

ByJ. Moreira, L. Ferreira, B. Figueiredo, P.J.S. Cruz, A.M. Sampaio, R. Gonçalves, A.J. Pontes

part |2 pages

Concept architectural buildings

part |2 pages

Concrete and masonry structures

chapter |8 pages

Rehabilitation of trumpeters’ Tower of the Saint Margaret Evangelical Church of Medias

ByV. Ungureanu, M. Georgescu, L. Gligor

chapter |8 pages

A prototype for precast covers. An optimal solution by Torroja

ByJ. Antuña, B. Orta

chapter |6 pages

Research into the response of segmental masonry barrel vaults to dynamic loading effects

ByJ. Witzany, R. Zigler, T. Čejka, J. Karas, J. Kubát, M. Pirner, S. Urushadze

chapter |8 pages

The Sorolla Institute of Valencia (Spain). A project by J.R. Azpiazu

ByE. Fenollosa, I. Cabrera, B. Serrano

chapter |8 pages

Masonry tectonics: Craft, labor, & structural innovation in architectural education

ByF. Trubiano, J. Dessi-Olive, R. Gentry

part |2 pages

Educating architects and structural engineers

chapter |8 pages

SIXXIGames: Serious games to educate young architects and structural engineers

ByT. Iori, I. Giannetti, G. Capurso

chapter |8 pages

Experience-Based Learning in Construction Education.

Testing the Effectiveness of the Product-Oriented Learning Situation
ByI. Vrouwe, L. Luyten

chapter |9 pages

The Structural Depth of the Masonry Antidome and Ambidome

ByL. Luyten, E. Jannasch

chapter |9 pages

From abstract construction to community integration

ByL.H. Hansen

chapter |8 pages

Teaching reflection: The unrealized potential of log construction

ByJ.X. Zhu, P. Ghelichi, R.S. Diedering

chapter |6 pages

Parametric design and analysis of building structures in the Architecture School of A Coruña

ByJ. Vázquez-Rodríguez, D. Otero-Chans, J. Estévez-Cimadevila, E. Martín-Gutiérrez, F. Suarez-Riestra

chapter |7 pages

Adaptation of a monument building for accessibility of disabled persons, a case study

ByC. Bocan, D. Bocan, A. Keller

chapter |6 pages

Research initiatives: Structural application into design process

ByM. Callahan, S. Shadravan, Y. Obasade

chapter |8 pages

Aspects of the integral teaching of structures and architectural design

ByM. Blenkuš, T. Krušec

chapter |8 pages

Education on Structural Glass Design: Redefining glass through the design of innovative, full-glass structures.

ByF. Oikonomopoulou, T. Bristogianni, C. Louter, F.A. Veer, R. Nijsse

part |2 pages

Glass structures

chapter |9 pages

Current analytical computational methods of laminated glass panels in comparison to FEM simulation

ByT. Hána, K. V. Machalická, M. Vokáč, M. Eliášová

chapter |10 pages

On configuration and structural design of frameless glass structures

ByP.-S. Chen, M.-T. Tsai

chapter |8 pages

Performanclong sharp shards the toughenede of glass brick wall exposed to fire

ByZ. Sokol, M. Eliášová

part |2 pages

Innovative architectural and structural design

chapter |8 pages

Housing experiments of the 1920s fuelling innovation.

649The multicellular construction system
ByA. Cel Mare

chapter |8 pages

Modularity in architectural design: Lessons from a housing case

ByA.L. Correia, L. Simões da Silva, V. Murtinho

chapter |8 pages

Shape of arch – Is it important?

ByE. Järvenpää, A.H. Niemi, J. Tervaoja

chapter |8 pages

Prefabricated ultracompact module for steel framed structures

ByF. Suárez-Riestra, J. Estévez-Cimadevila

chapter |8 pages

Dynamic shelter structure

ByF. Maden, D. Ölmez, Ş. Gür, M.Y. Uncu, C. Mitropoulou

chapter |8 pages

Innovative daylight structures for airport terminal and concourse buildings

ByW. Place, M. Salamati, J. Hu

chapter |8 pages

Deployable structures of reciprocal crossed arches

ByM. Muñoz-Vidal, I. López-César, J. Pérez-Valcárcel, F. Suárez-Riestra

chapter |8 pages

Innovative bridges over Bega

ByL. Toduți, E. Meteș, E. Petzek, M. Toduți, G. Ispășoiu, B. Zaha

chapter |8 pages

Flex Skin: Developing a material system based on interlocking wooden panels

ByF. Fotouhi, M. Hudert, G. Kayo, T. Kotnik

chapter |8 pages

Structural innovation in the architecture of Thomas Jefferson

ByH. Rodríguez-Camilloni

part |2 pages

Lightweight and membrane structures

chapter |8 pages

Inflatable structures and digital fabrication

ByO. Iuorio, H.S. Matharou

part |2 pages

Other

chapter |8 pages

The performance standard - NBR 15575 and the architectural and structural designs

ByM.A.S. Hippert, O.C. Longo

chapter |8 pages

Modular housing for situations of humanitarian catastrophe

ByJ. Aragón Fitera, S. Muñiz Gómez, V. Hermo Sanchez, E. Mosquera Rey, A. Casal-Rodríguez

part |2 pages

Special structures

chapter |8 pages

Expandable bar structures for emergency situations

ByJ. Pérez-Valcárcel, M. Muñoz-Vidal, M. Freire-Tellado, D. Gómez-Magide, A. Casal- Rodríguez

chapter |8 pages

Scale effect and load-bearing behavior of a reconfigurable hybrid structure

ByM. Matheou, M.C. Phocas, E.G. Christoforou

part |2 pages

Steel and composite structures

chapter |8 pages

Symbol and technique of steel domes in Italy

ByR. Morganti, A. Tosone, M. Abita, D. Di Donato

chapter |2 pages

Structural aluminium in architecture – The history and future of aluminium as a structural material

ByS.H. Dyvik, B. Manum, J.H. Mork, M. Luczkowski

part |2 pages

Structural design challenges

chapter |8 pages

The ephemeral robustness: Structure for temporary constructions

ByA. Bernabeu Larena, J. Gómez Mateo, J. Bernabeu Larena

chapter |7 pages

Structural comparison of scissor-hinge linkages

ByF. Maden, Y. Akgün, K. Yücetürk, E. Aktaş, M.Y. Uncu, C. Mitropoulou

part |2 pages

The borderline between architecture

chapter |8 pages

From AgwA to Oversize: From design practice to a pedagogic and research project

ByB. Burquel, H. Fallon, B. Vandenbulcke

chapter |8 pages

Multi-criterial vulnerability assessment for Timisoara city, Romania

ByI. Onescu, E. Onescu, M. Mosoarca

part |2 pages

The History of the Relationship Between Architects and Structural Engineers

chapter |8 pages

The 1935 Portuguese reinforced concrete code: Background, sources and authors

ByJ.P. Delgado, R.J.G. Ramos, P. Tormenta Pinto

chapter |8 pages

Steel visions. Fiorini’s “mechanical architectures”

ByR. Morganti, A. Tosone, M. Abita, D. Di Donato

chapter |10 pages

The original palaces of Brasília: Architectural composition and structural engineering

ByE.G. da Silva, J.M.M. Sánchez

part |2 pages

The tectonic of architectural solutions

chapter |7 pages

The construction of the Porto School

ByE Fernandes

chapter |7 pages

The tectonic structures of Sverre Fehn

ByJ.J. Ferrer Forés

chapter |7 pages

Low impact spans: Toward emission-based structural optimization

ByM. Mayer, L. Echevarría

chapter |8 pages

1956.American background in Spanish Experimental Housing

ByN. Cervero Sánchez

chapter |8 pages

A new approach to the concept of tectonics

ByN.S. Yordanova

part |2 pages

The use of new materials

chapter |8 pages

Mycelium-based materials at the dawn of the Anthropocene

ByE. Elsacker, E. Peeters, L. De Laet

chapter |8 pages

Use and challenges of new concretes in the 21stcentury

ByG. Rodríguez de Sensale, V. De Lima, J. Borgno, A. Luisi

chapter |8 pages

Experimental design and building of a cable reinforced plastic brick arch

ByM. Schneider, S. Tripod, L.T. Houdmont, J. Belis

chapter |8 pages

Load capacity testing method for non-conventional nodes joining linear structural paper components

ByN. Kiziltoprak, E. Kanli, J. Schneider, U. Knaack, R. Bach

chapter |7 pages

Experimental earth composite shells

ByJ. Belis, S. Willaert, K. Martens, B. Van Lancker, M. Achenza

chapter |8 pages

Vulnerability of earth material to water: A state of the art

ByE. Pauporté, L. Sgambi Université Catholique

chapter |8 pages

Can timber lower the environmental impact of tall buildings?

ByC. De Wolf, C. Fivet

chapter |8 pages

Timber T-section beams: From pre-tensioning to self-tensioning

ByJ. Estévez-Cimadevila, D. Otero-Chans, E. Martín-Gutiérrez, F. Suárez-Riestra, J. Vázquez-Rodríguez

chapter |8 pages

Paper and cardboard as sustainable building materials

ByJ.F. Łątka

chapter |9 pages

The process of rocking CLT into a HOT cabin

ByL.D. Houck, J. Dodson, S. Melville, W. Pearson, T. Thiis