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Discrete optimization in architecture : building envelope /

by Zawidzki, Machi,
, building envelope / Series: SpringerBriefs in architectural design and technology, 2199-580X Published by : Springer, (U.S.A. :) Physical details: xiv, 121 pages : ill. ; 24 cm
Subject(s): Architectural design -- Mathematical models.
Year: 2017
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Books Books General Collection Non Fiction NA2750 .Z39 2017 (Browse shelf) c. 1 Available
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NA2750.S72 2005 Designing for privacy and related needs / NA2750.T39 2009 أراء في تصميم وعمارة المباني / NA2750 .V99 2003 Folding architecture : NA2750 .Z39 2017 Discrete optimization in architecture : NA2760.C46 2007 Architecture : NA2760 .C46 2007 Architecture--form, space, & order / NA2760 .C46 2014 Architecture :

Preface; Contents; Acronyms; Part I What is Building Envelope?; 1 The Skin of a Building; 1.1 Introduction; 1.2 The Role of Daylighting; 1.2.1 The Outside View; 1.2.2 Smart Windows; 1.3 Comparison with Skin; 1.4 The Arab World Institute; References; Part II Dynamic Shading; 2 Cellular Automaton-Based Shading System (CASS); 2.1 Cellular Automata; 2.2 Why Cellular Automata to Drive Shading of a Building Envelope?; 2.3 Are Cellular Automata Organic?; 2.4 CASS in Regular Tessellations; 2.5 Definitions of CASS Parameters; 2.5.1 Boundary Conditions; 2.5.2 The Sequence of Initial Conditions (SIC)

2.5.3 Quantitative Evaluation of a CA Pattern2.6 Optimization of CASH; 2.6.1 Ideal SIC by Backtracking; 2.6.2 Implementation of Evolutionary Algorithms (EA); 2.6.3 Discussion; 2.7 One-Dimensional Cellular Automata Applied on Surfaces; 2.7.1 Elementary Cellular Automata for CASS; 2.7.2 The Original CA for Shading (CASH); 2.7.3 Four Semi-totalistic Siblings of CASH; 2.7.4 Totalistic Siblings of CASH; 2.7.5 Half-Distance Cellular Automata; 2.7.6 Higher Order Cellular Automata; 2.8 Robustness of CASS; 2.8.1 Permanent Malfunction of a Single Cell in IC; 2.8.2 Electric Failure; References

3 Polarized Film Shading System in Regular Grids (PFSS)3.1 Dihedral Rotations; 3.2 Topological Properties of Grids and Neighborhoods; 3.3 Examples of PFSS in Regular Grids; 3.3.1 Square Grid (PFSSSQ); 3.3.2 Hexagonal Grid; 3.3.3 Triangular Grid (PFSST); References; 4 Two-Dimensional Triangular Cellular Automata on Surfaces; 4.1 From Triangulated Surface to Triangular Cellular Automata (TCA); 4.2 Types of TCAs; 4.3 What Is an Appropriate TCA?; 4.4 Voids in a Mesh; 4.5 Free-Form 3D Surfaces; 4.5.1 Triangulated 3D Mesh; 4.5.2 Totalistic Triangular Cellular Automata (tTCA)

4.5.3 Semi-totalistic Triangular Cellular Automata (stTCA)4.6 Grayness at the Stable State (GS); 4.7 TCA on a Free-Form Surface (FFS); References; 5 Cellular Automaton-Based Shading System Prototypes; 5.1 LC-Based Prototype in Square Grid (CASSLCS); 5.2 Concept of LC-Based Prototype in Triangular Grid (CASSLCT); 5.3 Directly Controlled Shading Based on Polarized Films (PFSS-D); References; Part III Static Shading; 6 Static Solar Shading of a Free-Form Building with Shade-Z; 6.1 Introduction; 6.2 Shade-Z; 6.2.1 Importing the Geometry and Automated Aperture Detection

6.2.2 Shading Period Selection6.2.3 Generation of Geometry of the Static Shading in SZ; 6.2.4 SZ for Periods of Days; References; Glossary

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