ENERGY DISSIPATION BY CASCADES
INTRODUCTION SEISMIC DESIGN MOTION CONTROL SYSTEMS BASIC PRINCIPLES CLASSIFICATION ILLUSTRATIVE EXAMPLES OF APPLICATION ELASTIC STRUCTURES YIELDING STRUCTURES WITH PROPER PLASTIC HINGE FORMATION YIELDING STRUCTURES WITH IMPROPER PLASTIC HINGE FORMATION ANALYSIS OF LINEAR VISCOELASTIC STRUCTURES MODIFICATION OF RESPONSE SPECTRUM FOR HIGHER DAMPING CONSIDERATIONS IN DESIGN AND ANALYSIS DISSIPATION OF ENERGY EFFECT OF BRACING AXIAL FORCES IN COLUMNS SIMPLIFIED NONLINEAR ANALYSIS OF STRUCTURES WITH PASSIVE ENERGY DISSIPATION SYSTEMS GENERAL DESCRIPTION OF SIMPLIFIED NONLINEAR METHODS OF ANALYSIS ESTIMATING RESPONSE OF YIELDING SIMPLE SYSTEMS WITH ENERGY DISSIPATING DEVICES ESTIMATING RESPONSE IN HIGHER MODES EXAMPLE OF APPLICATION OF SIMPLIFIED NONLINEAR METHOD OF ANALYSIS NONLINEAR DYNAMIC ANALYSIS OF EXAMPLE BUILDING ENERGY DISSIPATION DEVICES AS ELEMENTS OF SEISMIC ISOLATION SYSTEMS MENSHIN DESIGN MATHEMATICAL MODELING HYSTERETIC SYSTEMS METALLIC DAMPERS FRICTION DAMPERS VISCOELASTIC SYSTEMS VISCOELASTIC SOLID DAMPERS VISCOELASTIC FLUID DAMPERS RE-CENTERING SYSTEMS PRESSURIZED FLUID DAMPERS PRELOADED SPRING-FRICTION DAMPERS PHASE TRANSFORMATION DAMPERS DYNAMIC VIBRATION ABSORBERS TUNED MASS DAMPERS TUNED LIQUID DAMPERS ANALYSIS OF STRUCTURES WITH PASSIVE MOTION CONTROL SYSTEMS GENERAL FORMULATION MODAL SUPERPOSITION METHOD DIRECT TIME DOMAIN ANALYSIS ALTERNATIVE FORMULATIONS FOR VISCOELASTIC SYSTEMS RECENT DEVELOPMENTS VISCOELASTIC DAMPERS OTHER ENERGY DISSIPATORS REVIEW OF MODERN APPLICATIONS X I GUIDELINES FOR ANALYZING STRUCTURES WITH PASSIVE ENERGY DISSIPATION SYSTEMS TENTATIVE REQUIREMENTS OF SEAONC 1994 NEHRP RECOMMENDED PROVISIONS APPLIED TECHNOLOGY COUNCIL PROJECT 33 SEMI-ACTIVE CONTROL SYSTEMS SEMI-ACTIVE MASS DAMPERS SEMI-ACTIVE FLUID DAMPERS