000			02007 a2200205 4500
003			OSt
005			20150305100233.0
008			150227b xxu||||| |||| 00| 0 eng d
020			_a9783639250626
040			_c...
082			_a721 _bASE
100			_aAsefi, Maziar
245			_aTransformable and kinetic architectural structures : _bdesign,evaluation and application to intelligent architecture
260			_aSaarbrucken _bVDM Verlag _c2010
300			_aiii,307p.
505			_aCONTENTS CONTENTS .1 L1ST OF FIGURES 4 ACKNOWLEDGMENT 14 PREFACE 15 BOOK OUTLINE 18 CHAPTER 1 TRANSFORMABLE STRUCTURES: HISTORY, IACKGROUND AND DEVELOPMENT 21 1.1. TRADITIONAL TRANSFORMABLE STRUCTURES 21 1.2. TECHNOLOGICAL INNOVATION IN THE AREA OF TRANSFORMABLE STRUCTURES 1.2.1 Transformable or affiliated transformable structures with rigid elements 26 1.2.2. Transformable or affiliated transformable structures with deformable elements 34 1.3. SUMMARY 44 CHAPTER 2 CLASSIFICATION OF TRANSFORMABLE ARCHITECTURAL STRUCTURES 47 2.1. EXISTING CLASSIFICATIONS AND APPROACHES FOR TRANSFORMABLE STRUCTURES 48 2.2. CLASSIFICATION OF TRANSFORMABLE ARCHITECTURAL STRUCTURES 50 2.3. STRUCTURE AND ORGANISATION OF THE CLASSIFICATION 51 2A DESIGN EVALUATION CRITERIA 54 2.5. USE OF DESIGN EVALUATION CRITERIA IN THIS BOOK 57 CHAPTER 3 TRANSFORMABLE TENSILE ARCHITECTURAL STRUCTURES 3.1. DEVELOPMENT AND MAIN STRUCTURAL PRINCIPLES 59 3.2. FORM-FINDING OF TRANSFORMABLE TENSILE MEMBRANES 61 3.3. THE CLASSIFICATION OF TRANSFORMABLE TENSILE MEMBRANE 62 3J.7. Transformable integrated forms 66 3.3.2. Transformable non-integrated forms 66 3.3.3. Form variations 66 3.3.4. Transformation mechanisms and morphology 67 3.3.5. Material 3.3.6. Evaluation of transformable tensile membranes 103 3.4. TRANSFORMABLECOMPRESSIVE-TENSILE STRUCTURES 108 3.4.1. Tensegrity structures 109
890			_aGermany
891			_aFA
942			_2ddc
999			_c40382 _d40382