| 01 Introduction |
02 Physical experiments |
03 Digital tools |
04 Process |
05 Results |
06 Evaluation |
07 Physical models |
08 Conclusions |
| Slender multistress driven structures Guillem Baraut Mattia Gambardella |
| CONCLUSIONS The ultimate design is responding to both the requirements criteria: 01. Spacial performance (minimal road network). 02. Structural performance (Slenderness criteria). 03. The reiterative process helps in finding the most suitable solution to each specific project case. 04. Material anisotropy is improved by controlling the fiber layout – therefore the structural performance increases. 05. The researched anisotropy increases the structural performance in the ultimate design, where a stress driven distribution of fibers can improve the load bearing capabilities. 06. Moreover, the methodological approach illustrated in this work opens to a wide variety of possible configurations due to the flexibility of the digital tools. |
| BIBLIOGRAPHY [1] DYNAMIC LOADING AND DESIGN OF STRUCTURES A.J. Kappos (Ed) Spon Press, 2002 ISBN 0 – 419 – 22930 – 2 [2] TEXTILE COMPOSITES AND INFLATABLE STRUCTURES [3] THE HANDBOOK OF ADVANCED MATERIALS [4] ACTIVE MATERIALS AND ADAPTIVE STRUCTURES [5] COMPUTER AIDED OPTIMUM DESIGN OF STRUCTURES VIII [6] MECHANICS OF LAMINATED COMPOSITE PLATES AND SHELLS [7] MECHANICS OF COMPOSITE STRUCTURES [8] FUNDAMENTALS OF Fiber REINFORCED COMPOSITE MATERIALS [9] ANALYSIS OF COMPOSITE STRUCTURES [10] THE MANUFACTURING TECHNOLOGY OF CONTINOUS GLASS FiberS [11] PROCEEDINGS OF THE SEVENTH INTERNATIONAL CONFERENCE ON [12] PROGRAMMING THE FINITE ELEMENT METHOD [13] COMPUTATIONAL TOPOLOGY OPTIMIZATION IN CONTINUUM MECHANICS [14] AD. CONTEMPORARY TECHNIQUES IN ARCHITECTURE [15] PERFORMANCE-BASED OPTIMIZATION OF STRUCTURES [16] TEXTILE COMPOSITES AND INFLATABLE STRUCTURES II [17] DESIGN IN NATURE [18] SWARM INTELLIGENCE [19] DIGITAL DESIGN AND MANUFACTURING [20] EXTREME TEXTILES [21] IL 1, Minimalnet [22] IL 22, Form-force-mass 2 [23] IL 23, Form-force-mass 3 [24] IL 24,Form-force-mass 4-Lightweight principles [25] IL 25,Form-force-mass 5-Experiments |
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