Elements of Earthquake Engineering and Structural Dynamics Third Edition AUTHORS ANDRÉ FILIATRAULT, ROBERT TREMBLAY, CONSTANTIN CHRISTOPOULOS, BRYAN FOLZ, AND DIDIER PETTINGA COLLECTION CURSUS PUBLISHED APRIL 2013 PAGES 874 FORMAT 17 X 24.5 CM OTHERS 417 FIGURES, 170 TABLES, 48 PROBLEMS, ANSWERS TO PROBLEMS, REFERENCES, INDEX PRINT HARDCOVER ISBN 978-2-553-01649-3 SUMMARY In order to reduce the seismic risk facing many densely populated regions worldwide, including Canada and the United States, modern earthquake engineering should be more widely applied. But current literature on earthquake engineering may be difficult to grasp for structural engineers who are untrained in seismic design. In addition no single resource addressed seismic design practices in both Canada and the United States until now. Elements of Earthquake Engineering and Structural Dynamics was written to fill the gap. It presents the key elements of earthquake engineering and structural dynamics at an introductory level and gives readers the basic knowledge they need to apply the seismic provisions contained in Canadian and American building codes. But the scope of this book is not limited to structural analysis and design; it also discusses the basics of other relevant topics such as seismology, seismic risk analysis and geotechnical engineering, to help structural engineers work efficiently with other specialists on earthquake-resistant construction projects. Chapters end with a set of problems giving readers an insight into practical aspects of the subject. TARGET AUDIENCE This book is intended for senior undergraduate and graduate structural engineering students, and university educators as well as practicing engineers who will all find it a valuable resource. AUTHORS André Filiatrault, Eng., Ph.D., is a professor in the Department of Civil, Structural and Environmental Engineering at the State University of New York at Buffalo, NY, in the United States. Robert Tremblay, Eng., Ph.D., is a professor in the Department of Civil, Geological and Mining Engineering at École Polytechnique de Montréal, Canada. Constantin Christopoulos, Ph.D., P.Eng., is a professor in the Department of Civil Engineering at the University of Toronto, Canada. Bryan Folz, Ph.D., P.Eng., is a faculty member in the Department of Civil Engineering at the British Columbia Institute of Technology in Vancouver, Canada. Didier Pettinga, Ph.D., P.Eng., is a project engineer with Holmes Consulting Group in Christchurch, New Zealand.
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Elements of Earthquake Engineering and Structural DynamicsThird Edition
ChAPTEr 2 Elements of seismology and seismicityCausesofEarthquakes.PlateTectonicsandReid’sElasticReboundTheories.FaultMechanisms.SeismicWaves.ElasticWaveModel.LocationoftheEpicentreofanEarthquake.ModifiedMercalliIntensityScaleandRichterMagnitudeScale.EvolutionandRelationshipsBetweenMagnitudeScales.GroundMotionCharacteristicsInfluencingStructuralResponse.SeismicityandSeismotectonicsintheUnitedStatesandCanada.ComparisonsBetweenEasternandWesternNorthAmericanEarthquakes.AttenuationRelations.DirectivityPulsePhenomenonandNear-FieldGroundMotions.
ChAPTEr 3 Elements of seismic hazard AnalysisDefinitionofDesignEarthquake.SeismicityModel.AttenuationModels.DeterministicSeismicHazardAnalysis.ProbabilisticSeismicHazardAnalysis.SeismicHazardMapsfortheUnitedStatesandCanada.SeismicHazardCurveDeaggregation.
ChAPTEr 4 Elements of structural dynamic AnalysisDynamicAnalysisofSingle-Degree-of-FreedomStructures.ResponsetoEarthquakeLoading.SimplifiedDesignResponseSpectra.DesignResponseSpectra.FloorResponseSpectra.“Exact”DynamicAnalysisofMulti-Degree-of-FreedomStructures.ResponseSpectrumAnalysis.NonlinearAnalysisofMulti-Degree-of-FreedomStructures.TypesofNonlinearAnalysis.
ChAPTEr 5 Elements of soil dynamicsSoilDynamicResponse.DeterminationofPhysicalSoilProperties.Lumped-MassDynamicAnalysisofHorizontallyLayeredSoilDepositonRigidBedrock.StepsandIllustrationofLumped-MassDynamicAnalysis.StrengthLossandSoilLiquefaction.Soil-StructureInteraction.
ChAPTEr 6 Elements of seismic design Procedures for building structuresInelasticSeismicResponse.ObjectivesandPrinciplesofDuctileEarthquake-ResistantDesignforBuildings.OverviewofBuildingCodeRequirements.ExampleofBuildingSeismicAnalysisandDesign.
ChAPTEr 7 Elements of seismic design and detailing for steel buildingsGeneralRequirements.SteelConcentricallyBracedFrames.BucklingRestrainedBracedFrames.EccentricallyBracedFrames.SteelMoment-ResistingFrames.
ChAPTEr 8 Elements of seismic design and detailing for reinforced-Concrete buildingsBasicPhilosophyofReinforcedConcreteSeismicDesign.GeneralSeismicDesignRequirementsofCSAinCanadaandACIintheUnitedStates.DesignandDetailingRequirementsforDuctileSeismicLateralResistingSystems.
ChAPTEr 9 Elements of seismic design and detailing for light-Frame Wood buildingsGeneralRequirements.ShearWalls.Diaphragms.DesignExamplesAccordingtoCSA-086-09,2012NDSand2008SDPWS.DetailingtoEnsureLoadTransferContinuity.
ChAPTEr 10 Elements of seismic design for nonstructural building ComponentsClassificationofNonstructuralBuildingComponents.SeismicPerformanceofNonstructuralComponentsDuringthe2001NisquallyEarthquake:ACaseStudy.SeismicAnalysisofNonstructuralComponents.SeismicDesignofNonstructuralComponentsintheUnitedStatesandCanada.SeismicQualificationTesting.2012InternationalCodeCouncilEvaluationService.AC156AcceptanceCriteria.NonstructuralComponentSimulatorattheUniversityatBuffalo.
ChAPTEr 11 overview of supplemental damping and seismic isolation systemsRainFlowAnalogy.EnergyBalanceFormulationforaSingle-Degree-of-FreedomStructuralSystem.SupplementalDampingSystems.SeismicResponseofStructureswithSupplementalDampingofSeismicIsolation.
Answers to problemsreferencesindex
Elements of Earthquake Engineering and Structural DynamicsThird Edition
