Sustainable Masonry Stability and Behavior of Structures Stability and Behavior of Structures 1st Edition by Thierry Ciblac, Jean Claude Morel ISBN 1848214952 9781848214958

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ISBN 10: 1848214952 
ISBN 13: 9781848214958
Author: Thierry Ciblac, Jean Claude Morel

Sustainable Masonry Stability and Behavior of Structures Stability and Behavior of Structures 1st Table of contents:

Part 1: Technologies and Construction Process
1 Introduction to Sustainable Masonry
1.1. Definitions of sustainable masonry
1.2. Challenges of sustainable development in construction
1.3. Past (civil engineering and architecture), present and future (design tools) practices
1.4. Durability, deformation and possible movement
1.5. Importance of expertise (complexity of cases and history of the structure, evolution over time)
1.6. Rationalization and calculation methods
1.7. Presentation of the outline of this book
1.8. Bibliography
2 Earth and Stone Materials
2.1. Stone
2.2. Earth
2.3. Measurement of dry density
2.4. Bibliography
3 Blocks: The Elements of Masonry
3.1. Compression of blocks of uncut stone, dry stone masonry
3.2. Shear strength of rubble stones
3.3. Compression of earth blocks
3.4. Bibliography
4 Arrangement of Blocks
4.1. Dry assembling, or the art of arranging irregular blocks to make a wall
4.2. Mortars of earth blocks and rubble stone masonry
4.3. Masonry of earth blocks
4.4. Stone blocks and mortars
4.5. Bibliography
Part 2: Yield Design Applied to Masonry
5 The Foundations of Graphic Statics
5.1. Introduction
5.2. Concepts and principles of statics
5.3. Layout plan and force plan
5.4. Bibliography
6 Reduction and Equilibrium of a System of Forces in a Plane
6.1. Goals for the reduction of a system of forces
6.2. Concurrent forces in the plane
6.3. Arbitrary forces in a plane
6.4. Bibliography
7 Funicular Polygons
7.1. Reduction of a system of parallel forces
7.2. Funicular polygon of a system of n arbitrary forces
7.3. Properties of funicular polygons
7.4. Applying the properties of funicular polygons
7.5. Bibliography
8 Projective Properties and Duality
8.1. Projective properties and graphic statics
8.2. Reciprocal figures and projections of polyhedra
8.3. Duality in graphic statics
8.4. Bibliography
Part 3: Graphic Statics
9 Principles of Yield Design
9.1. Objective and position of the yield design problem
9.2. Potential stability and potentially bearable loads
9.3. Search for domain K of potentially bearable loads
9.4. Bibliography
10 Stability of Curvilinear Masonry
10.1. Yield design applied to planar curvilinear masonry
10.2. Line of thrust
10.3. Construction of lines of thrust in graphic statics
10.4. Numerical methods for the construction of lines of thrust
10.5. Bibliography
11 Homogenization and Yield Design of Masonry
11.1. 2D understanding of masonry walls
11.2. 2D model developed by De Buhan and De Felice [DEB 97]11.3. Application to structures under plane stress
11.4. Application to structures under plane strain
11.5. Conclusion
11.6. Bibliography

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Tags: Thierry Ciblac, Jean Claude Morel, Sustainable Masonry, Structures Stability