Seismic Design Guide for Confined Masonry Buildings
#Prepared by:
Roberto Meli, Mexico (Co-Chair)
Svetlana Brzev, Canada (Co-Chair)
Maximiliano Astroza, Chile
Teddy Boen, Indonesia
Francisco Crisafulli, Argentina
Junwu Dai, China
Mohammed Farsi, Algeria
Tim Hart, USA
Ahmed Mebarki, France
A.S. Moghadam, Iran
Daniel Quiun, Peru
Miha Tomazevic, Slovenia
Luis Yamin, Colombia
April 2010
# 58 Pages
# Rar File Size: 1.6 MB
# Format: PDF
The document is divided into four chapters. Chapter 1 provides an overview of confined masonry construction and its components. It discusses the seismic performance of confined masonry buildings in past earthquakes. Chapter 2 presents general requirements related to confined masonry construction. Chapter 3 outlines a guideline for low-rise non-engineered confined masonry buildings (up to two stories high), which could be built without engineered design performed by qualified engineers or architects, and thus no design calculations or procedures are included. Many single-family dwellings are built in this manner. Additional design procedures and requirements for engineered confined masonry buildings are outlined in Chapter 4. Medium-rise
buildings of this type (up to five stories high) can be designed and built following the
recommendations provided in this document and other relevant national codes and standards.
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The Contribution of Tom Paulay to Structural Engineering
By Richard Fenwick
Formerly Associate Professor
Civil and Environmental Engineering
University of Auckland
This slides show the international recognition that Tom has gained has contributed to the standing of erthquake engineering.
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Twenty-two papers discuss: reviews of the vane test on land and offshore; field and laboratory vane theory and interpretation; new laboratory test methods; and comparisons of field vane testing to laboratory testing and other methods of in situ testing.
Table of Contents
Overview
Richards A.
Discussion
Discussion
The In-Situ Measurement of the Undrained Shear Strength of Clays Using the Field Vane
Chandler R.
In-Situ Vane Shear Testing at Sea
Young A., McClelland B., Quiros G.
Interpretation of the Field Vane Test in Terms of In-Situ and Yield Stresses
Becker D., Crooks J., Been K.
Anisotropy and In-Situ Vane Tests
Silvestri V., Aubertin M.
Errors Caused by Friction in Field Vane Tests
Ortigão J., Collet H.
Factors Affecting the Measurements and Interpretation of the Vane Strength in Soft Sensitive Clays
Roy M., Leblanc A.
Analysis of a Vane Test Based on Effective Stress
Karube D., Shibuya S., Baba T., Kotera Y.
Progressive Failure in the Vane Test
DeAlencar J., Chan D., Morgenstern N.
Measurement of Residual/Remolded Vane Shear Strength of Marine Sediments
Chaney R., Richardson G.
Micromorphological Aspects of the Vane Shear Test
Veneman P., Edil T.
Low-Strain Shear Measurement Using a Triaxial Vane Device
Pamukcu S., Suhayda J.
Miniature Vane and Cone Penetration Tests During Centrifuge Flight
Almeida M., Parry R.
Initial Stage Hardening Characteristics of Marine Clay Improved Cement
Tsutsumi T., Tanaka Y., Tanaka T.
Comparison of Field Vane and Laboratory Undrained Shear Strength in Soft Sensitive Clays
Lefebvre G., Ladd C., Paré J.
Comparison of Field Vane Results with Other In-Situ Test Results
Greig J., Campanella R., Robertson P.
Experience with Field Vane Testing at Sepetiba Test Fills
Garga V.
Vane Shear Test Apparatus: A Reliable Tool for the Soft Soil Exploration
Nagarkar P., Rode S., Shurpal T., Dixit G.
Comparison of In-Situ Vane, Cone Penetrometer, and Laboratory Test Results for Gulf of Mexico Deepwater Clays
Johnson G., Hamilton T., Ebelhar R., Mueller J., Pelletier J.
Comparison of Field Vane, CPT, and Laboratory Strength Data at Santa Barbara Channel Site
Quiros G., Young A.
Design and Offshore Experience with an In-Situ Vane
Geise J., Hoope J., May R.
Evaluation of Offshore In-Situ Vane Test Results
Kolk H., Hoope J., Ims B.
Autonomous Seafloor Strength Profiler: Comparison of In-Situ and Core Results
Silva A., Wyland R.
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Synchronization and Triggering: From Fracture to Earthquake Processes
Author: Valerio de Rubeis, Zbigniew Czechowski and Roman Teisseyre | Size: 7,4 MB | Format:PDF | Publisher: Springer | Year: 2010 | pages: 381 | ISBN: 9783642122996
This monograph contains experimental and theoretical considerations on synchronization and triggering in laboratory fracture experiments and in earthquake processes. Non-linear dynamics and the physics of rotational motions reveal such ordering in geophysical processes and observed time series. Presented experiments with electromagnetic and mechanical forcing show synchronization of the slip instabilities observed as acoustic burst emissions. New observational results, based on a net of broadband seismic stations, indicate the hidden periodicities and multiple coherence effects in the low frequency microseismic oscillations observed tens of hours before the earthquakes. These results are supported by observational evidence on synchronization between shear oscillations and rotation motions in microseismic fields before earthquakes occur.
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Product Description
Photomechanics describes the use of photonics techniques for the nondestructive measurement of variations in certain important physical quantities such as displacements, strains, densities, etc. in experimental solid mechanics and flow. Offering authoritative reviews by internationally recognized experts, the book provides a wealth of information on the essential principles and methods today available in this realm. These include holographic and moiré interferometry, speckle metrology, two- and three-dimensional computer-vision methods as well as laser-Doppler and pulsed-laser velocimetries. The instructive nature of the book makes it an excellent text for physicists and practicing engineers who want to use photomechanics for solving their specific measurement problems and for researchers in various disciplines requiring a broad introduction to the subject.
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The book presents the principles of Damage Mechanics along with the latest research findings. Both isotropic and anisotropic damage mechanisms are presented. Various damage models are presented coupled with elastic and elasto-plastic behavior. The book includes two chapters that are solely dedicated to experimental investigations conducted by the authors. In its last chapter, the book presents experimental data for damage in composite materials that appear in the literature for the first time.
Chapter 1. Introduction
Part I: Isotropic Damage Mechanics - Scalar Formulation
Chapter 2. Uniaxial Tension in Metals
Chapter 3. Uniaxial Tension in Elastic Metal Matric Composites
Chapter 4. Uniaxial Tension in Elasto-Plastic Metal Matric Composites: Vector Formulation of the Overall Approach
Part II: Anisotropic Damage Mechanics - Tensor Formulation
Chapter 5. Damage and Elasticity in Metals
Chapter 6. Damage and Plasticity in Metals
Chapter 7. Metal Matrix Composites - Overall Approach
Chapter 8. Metal Matrix Composites - Local Approach
Chapter 9. Equivalence of the Overall and Local Approaches
Chapter 10. Metal Matrix Composites - Local and Interfacial Damage
Chapter 11. Symmetrization of the Effective Stress Tensor
Chapter 12. Experimental Damage Investigation
Chapter 13. High Cyclic Fatigue Damage for Uni-Directional Metal Matrix Composites
Chapter 14. Anisotropic Cyclic Damage-Plasticity Models for Metal Matrix Composites
Part III: Advanced Topics in Damage Mechanics
Chapter 15. Damage in Metal Matrix Composites Using the Generalized Model Cells
Chapter 16. The Kinematics of Damage for Finite-Strain Elasto-Plastic Solids
Chapter 17. A Coupled Anisotropic Damage Model for the Inelastic Response of Composite Materials
Part IV: Damage Mechanics and Fabric Tensors
Chapter 18. Damage Mechanics and Fabric Tensors
Chapter 19. Continuum Approach to Damage Mechanics of Composite Materials with Fabric Tensors
Chapter 20. Micromechanical Approach to Damage Mechanics of Composite Materials with Fabric Tensors
Chapter 21. Experimental Study and Fabric Tensor Quantification of Micro-Crack Distributions in Composite Materials
Audience:
Researchers in Engineering, Mechanics, Mechanical Engineering, Civil Engineering and Materials Science. Also suitable for Graduate Students in Engineering Mechanics, Mechanical Engineering, Civil Engineering and Materials Science.
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