Dr Izis Salvador Pinto
Experimental Research Using Physical Models for Architecture: Creation and Optimisation of Air-Actuated Kinetic Cushion Structures
Salvador Pinto, I. 2026. Experimental Research Using Physical Models for Architecture: Creation and Optimisation of Air-Actuated Kinetic Cushion Structures. Journal of Transactions in Systems Engineering. 4 (1), pp. 573-592. https://doi.org/10.15157/JTSE.2026.4.1.573-592
Lightweight and Transparent Domes
Salvador Pinto, I. 2012. Lightweight and Transparent Domes. ArchNet-IJAR: International Journal of Architectural Research. 6 (3), pp. 124-134.
2026
Experimental Research Using Physical Models for Architecture: Creation and Optimisation of Air-Actuated Kinetic Cushion Structures2025
King Abdullah Financial District Metro Station2025
Over 18 million passengers use Riyadh Metro in the network's first eleven weeks of opening to the public2024
Estación de Metro del Distrito Financiero Rey Abdullah / Zaha Hadid Architects2024
Zaha Hadid Architects Riyadh Metro to open Sunday December 1st of 20242023
Milan Design Week 2023, in images2012
Combination of interdisciplinary teaching and discipline based teaching as a key to success2012
Using a mixed methodology with a matrix iterative system for creating new structures2012
Lightweight and Transparent Domes2011
Evolution of Covers in Architecture2022
Redefining Cities and Architecture for adapting to change2016
Air-actuated Deployable Cushion Structures2016
Air-actuated Deployable Cushion Structures2013
Study of movable and deployable structures using ethylene tetrafluoroethylene (ETFE) air cushions2011
Lightweight and transparent covers2024
Shakespeare theatre given architectural award2022
Yulon Group - New Taipei City Development2020
Zaha Hadid: Complete Works 1979-Today. 45th edition2013
Combination of interdisciplinary teaching and discipline based teaching as a key to success2012
Combination of interdisciplinary teaching and discipline based teaching as a key to success2012
Using a mixed methodology with a matrix iterative system for creating new structures2012
Enhancing interdisciplinary teaching through the radar assessment cycle