Seismic design of buildings to Eurocode 8

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Seismic design of concrete buildings to eurocode 8 by Fardis, M. N., Carvalho, Eduardo C., Fajfar, P., Pecker, Alain

Theory and design of seismic resistant steel frames by Mazzolani, Federico M

Table of Contents: “…1. Basic seismic design criteria -- 2. Global ductility of MR frames -- 3. …”

Bridge engineering handbook

Table of Contents: “…[volume 1] : Substructure design -- [volume 2] : Seismic design -- [volume 3] : Fundamentals -- [volume 4] : Construction and maintenance -- [volume 5] : Substructure design…”

Designers' guide to Eurocode 8 design of bridges for earthquake resistance : EN 1998-2 by Kolias, Basil

Designers' guide to Eurocode 8 design of bridges for earthquake resistance : EN 1998-2 by Kolias, Basil

Earthquake-resistant concrete structure by Penelis, George G.

Geotechnical earthquake engineering by Kramer, Steven Lawrence

Table of Contents: “…Preface -- Introduction to Geotechnical Earthquake Engineering -- Seismology and Earthquakes -- Strong Ground Motion -- Seismic Hazard Analysis -- Wave Propagation -- Dynamic Soil Properties -- Ground Response Analysis -- Local Site Effects and Design Ground Motions -- Liquefaction -- Seismic Slope Stability -- Seismic Design of Retaining Walls -- Soil Improvement for Remediation of Seismic Hazards -- A Vibratory Motion -- B Dynamics of Discrete Systems -- C Probability Concepts -- References -- Index.…”

Intelligent computational paradigms in earthquake engineering

Rock slope engineering civil applications by Wyllie, Duncan C.

Handbook of structural steel connection design and detail

Table of Contents: “…Partially Restrained Connections -- Ch. 5. Seismic Design of Connections -- Ch. 6. Structural Steel Details -- Ch. 7. …”

Design of steel-concrete composite bridges to eurocodes by Vayas, Ioannis, Iliopoulos, Aristidis

Design of concrete structures by Darwin, David, Nilson, Arthur H.

Table of Contents: “…Concrete building systems -- 20. Seismic design -- 21. Anchoring to concrete -- 22. Prestressed concrete -- 23. …”

Practical stress analysis in engineering design by Blake, Alexander

Table of Contents: “…Elements of Static Strength -- Simple Stress and Strain -- Stresses in Shear and Torsion -- Bending Stress -- Combined Stresses -- Criteria of Mechanical Strength -- Elastic Strain Energy -- Deflection Analysis -- Statically Indeterminate Structures -- Stress Concentration -- Stability and Buckling Resistance -- Dynamic and Thermal Effects -- Dynamic Response -- Elements of Seismic Design -- Engineering Aspects of Fatigue -- Design Aspects of Fracture Mechanics -- Fundamentals of Fracture Control -- Mechanics of Stress Propagation -- Thermal Stresses and Materials -- Straight Members -- General Design Criteria -- Axial Response of Straight and Tapered Bars -- Uniform Cantilever Beams -- Variable Section Cantilever Beams -- Beams on Simple Supports -- Beams with Constraint -- Special Beam Problems -- Curved Members -- Curved Cantilevers -- Complex-Shape Springs -- Thin Rings and Arches -- Curved Beams and Hooks -- Links and Eyebars -- Out-of-Plane Response -- Plates and Flanges -- Design Fundamentals -- Panels and Closures -- Flanges and Brackets -- Special Configurations -- Piping and Vessels -- Internal Pressure -- External Pressure -- Axial and Bending Response -- Special Problems in Cylinders -- Miscellaneous Stress Topics in Design -- Design of Bolted Joints -- Load Transfer in Mechanical Connections -- Mechanical Springs -- Application of Metric Units to Stress Analysis.…”

Metaheuristic applications in structures and infrastructures

Table of Contents: “…Metaheuristic algorithms in modeling and optimzation -- A review on traditional and modern structural optimization: problems and techniques -- Particle swarm optimization in civil infrastructure systems: state-of-the-art review -- Evolution strategies-based metaheuristics in structural design optimization -- Multidisciplinary design and optimization methods -- Cost optimization of column layout design of reinforced concrete buildings -- Layout design of beam - slab floors by a genetic algorithm -- Optimum design of skeletal structures via big bag - big crunch algorithm -- Truss weight minimization using hybrid harmony search and big bang - big crunch algorithms -- Graph theory in evolutionary truss design optimization -- Element exchange method for stochastic topology optimization -- Evolutionary path-dependent damper optimization for variable building stiffness distributions -- Application of genetic algorithms in ground motion selection for seismic analysis -- Optimization of tuned mass damper with harmony search -- Identification of passive devices for vibration control by evolutionary algorithms -- Structural optimization for frequency constraints -- Optimum performance-based seismic design of frames using metaheuristic optimization algorithms -- Expression programming techniques for formulation of structural engineering systems -- An evolutionary divide-and-conquer strategy for structural identification -- Swarm intelligence for large-scale optimization in construction management -- Network-level infrastructure management based in metaheuristics -- Large-scale maintenance optimization problems for civil infrastructure systems -- Metaheuristic applications in bridge infrastructure maintenance scheduling considering stochastic aspects of deterioration…”

Metaheuristic applications in structures and infrastructures

Table of Contents: “…Metaheuristic algorithms in modeling and optimzation -- A review on traditional and modern structural optimization: problems and techniques -- Particle swarm optimization in civil infrastructure systems: state-of-the-art review -- Evolution strategies-based metaheuristics in structural design optimization -- Multidisciplinary design and optimization methods -- Cost optimization of column layout design of reinforced concrete buildings -- Layout design of beam - slab floors by a genetic algorithm -- Optimum design of skeletal structures via big bag - big crunch algorithm -- Truss weight minimization using hybrid harmony search and big bang - big crunch algorithms -- Graph theory in evolutionary truss design optimization -- Element exchange method for stochastic topology optimization -- Evolutionary path-dependent damper optimization for variable building stiffness distributions -- Application of genetic algorithms in ground motion selection for seismic analysis -- Optimization of tuned mass damper with harmony search -- Identification of passive devices for vibration control by evolutionary algorithms -- Structural optimization for frequency constraints -- Optimum performance-based seismic design of frames using metaheuristic optimization algorithms -- Expression programming techniques for formulation of structural engineering systems -- An evolutionary divide-and-conquer strategy for structural identification -- Swarm intelligence for large-scale optimization in construction management -- Network-level infrastructure management based in metaheuristics -- Large-scale maintenance optimization problems for civil infrastructure systems -- Metaheuristic applications in bridge infrastructure maintenance scheduling considering stochastic aspects of deterioration…”

Bridge engineering handbook fundamentals