Kelly , James M.<br/> <br/><br/>
Seismic Isolation - a Primer - The Theoretical Basis Of a Protective System For New And Existing Buildings 

 - 1A. ed 
 - ESTADOS UNIDOS  COMPUTERS AND STRUCTURES  2019 
 - 223  23.5 
<br/><br/>About The Authors<br/>. -- Preface <br/>. -- Chapter 1 Evolution Of Codes For Seimic Isolated Structures <br/>. -- Chapter 2 Linear Theory Of Seismic Isolation<br/>. -- Problems <br/>. -- Chapter 3 Extension Of Linear Theory To Multidegree Of-Freedom Model <br/>. -- Model Analysis Of Multi-Dof System<br/>. -- Problems <br/>. -- Chapter 4 Analysis Of Coupled Dynamic Equations <br/>. -- Effect Damping In The Isolation System To The Response Of The Structure<br/>. -- Bilinear Model <br/>. -- Example 1: Bilinear Model To Model Lead-Rubber Isolator <br/>. -- Example 2: Bilinear Model To Model Friction Pendulum System <br/>. -- Example 3: Bilinear Model To Model High-Damping Rubber Isolator<br/>. -- Problems <br/>. -- Chapter 5 Compression And Bending Of Bearings <br/>. -- Example 1: Infinity Strip Bearing Under Compression <br/>. -- Example 2: Circular Pad Under Compression <br/>. -- Example 3: Infinity Strip Bearing Under Bending <br/>. -- Example 4: Circular Pad Under Bending <br/>. -- Problems <br/>. -- Chapter Vertical Flexibility In Insolation Systems <br/>. -- Dynamics Of a Rigid Block On Strings <br/>. -- Numerical Example For a System With H=D <br/>. -- Chapter 7 Buckiling Of Elastomeric Multilayer Bearings <br/>. -- Problems <br/>. -- Bibliography <br/>. -- Afterword <br/>. -- Appendix a Answers To Problems 
<br/><br/><label>Subjects--Topical Terms: </label><br/>INGENIERĶA ESTRUCTURAL<br/>INGENIERIA CIVIL
<br/><br/><label>Dewey Class. No.: </label>624.15.KELL.00