دانلود کتاب Parametric Experiments in Architecture: A Connection Joint Design for Sustainable Structures in Bamboo (UNIPA Springer Series)

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Foreword
Introduction
Contents
1 Algorithmic-Generative Architecture
1.1 Algorithmic Modelling and Digital Simulation Techniques
1.2 Form-Finding
1.3 Digital Fabrication
1.4 Parametric Experiments in Temporary Architectures
References
2 Bamboo as Building Material
2.1 The Bamboo Potentiality
2.2 The Plant, Growth Phases and Their Uses
2.3 The Bamboo’s Anatomical and Chemical Structure
2.4 Durability of the Material and Protective Treatments
2.4.1 Traditional Methods
2.4.2 Chemical Methods
2.4.3 Drying
2.5 Mechanical Properties of the Material
2.6 Structural Connection Technology for Bamboo Elements
2.6.1 Classification of Bamboo Connections
2.6.2 Modern Experiments on Connections Joints
2.7 The Bamboo’s Legislation and Market
2.8 The Bamboo Supply of the Botanical Garden of Palermo
References
3 Algorithmic Modelling and Prototyping of a Connection Joint for Reticular Space Structures
3.1 Design of a Parametric Connection Joint for Sustainable Structures in Bamboo
3.2 Machining of the Culms’ Ends
3.3 The Connection Plate
3.4 Algorithmic Connection Joint Modelling
3.5 Digital Fabrication of a Reticular Spatial Structure Prototype
References
4 Structural Patterns for Free-Form Surfaces
4.1 Digital Representation Techniques: NURBS and Polygon Mesh
4.2 Optimisation of Surface Tessellation
4.3 Natural Patterns, the Voronoi Diagram (Particle-Spring System) and Definition of the Structural Grid
4.4 Definition of the Numerical Model and Structural Optimisation Through the Galapagos Evolutionary Solver
References
5 Different Possibilities of Experimentation Design
5.1 Parametric Experiments in Temporary Architectures
5.2 A Double-Layered Space Pattern
5.3 A Geodetic Dome
5.4 A Free-Form Exposition Pavilion
References
6 Conclusions and Further Developments and Appendix
6.1 Conclusions and Further Developments
6.2 Appendix