INTELLIGENT COMPUTATIONAL PARADIGMS IN EARTHQUAKE ENGINEERING
CHAPTER II APPLYING NEURAL NETWORKS FOR PERFORMANCE-BASED DESIGN IN EARTHQUAKE ENGINEERING CHAPTER III EVOLUTIONARY SEISMIC DESIGN FOR OPTIMAL PERFORMANCE CHAPTER IV OPTIMAL RELIABILITY-BASED DESIGN USING SUPPORT VECTOR MACHINES AND ARTIFICIAL LIFE ALGORITHMS CHAPTER V OPTIMUM DESIGN OF STRUCTURES FOR EARTHQUAKE INDUCED LOADING BY WAVELET NEURAL NETWORK CHAPTER VI DEVELOPMENTS IN STRUCTURAL OPTIMIZATION AND APPLICATIONS TO INTELLIGENT STRUCTURAL VIBRATION CONTROL SECTION II: STRUCTURAL ASSESSMENT APPLICATIONS CHAPTER VII NEURO-FUZZY ASSESMENT OF BUILDING DAMAGE AND SAFETY AFTER AN EARTHQUAKE CHAPTER VIII LEARNING MACHINES FOR STRUCTURAL DAMAGE DETECTION CHAPTER IX STRUCTURAL ASSESSMENT OF RC CONSTRUCTIONS AND FUZZY EXPERT SYSTEMS CHAPTER X LIFE-CYCLE COST EVALUATION OF BRIDGE STRUCTURES CONSIDERING SEISMIC RISK CHAPTER XI SOFT COMPUTING TECHNIQUES IN PROBABILISTIC SEISMIC ANALYSIS OF STRUCTURES SECTION III: STRUCTURAL IDENTIFICATION APPLICATIONS CHAPTER XII INVERSE ANALYSIS OF WEAK AND STRONG MOTION DOWNHOLE ARRAY DATA: A HYBRID OPTIMIZATION ALGORITHM CHAPTER XIII GENETIC ALGORITHMS IN STRUCTURAL IDENTIFICATION AND DAMAGE DETECTION CHAPTER XIV NEURAL NETWORK-BASED INDENTIFICATION OF STRUCTURAL PARAMETERS IN MULTISTORY BUILDINGS CHAPTER XV APPLICATION OF NEUROCOMPUTING TO PARAMETRIC IDENTIFICATION USING DYNAMIC RESPONSES CHAPTER XVI NEURAL NETWORKS FOR THE SIMULATION AND IDENTIFICATION ANALYSIS OF BUILDINGS SUBJECTED TO PARASEISMIC EXCITATIONS