Civil Engineering Reference Manual for the PE Exam
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This comprehensive study guide reviews the formulas needed to solve structural, environmental, geotechnical, water resource, and transportation problems, focusing on the types of questions most frequently encountered on the professional engineering exam. The 88 chapters are arranged by subject area, walk through the solution of example problems after explaining the concepts, and refer to the data tables provided in the corresponding appendices. The tenth edition reflects the exam content, codes, and standards adopted by the NCEES in 2004. Annotation © 2006 Book News, Inc., Portland, OR
Topic 1: Background and SupportSystems of UnitsEngineering DrawingAlgebraLinear AlgebraVectorsTrigonometryAnalytic GeometryDifferential CalculusIntegral CalculusDifferential EquationsProbability and Statistical AnalysisNumerical AnalysisEnergy, Work, and Power Topic 2: Water ResourcesFluid PropertiesFluid StaticsFluid Flow ParametersFluid DynamicsHydraulic MachinesOpen Channel FlowMeteorology, Climatology, and HydrologyGroundwaterInorganic ChemistryOrganic Chemistry and CombustionCombustion and IncinerationWater Supply Quality and TestingWater Supply Treatment and Distribution Topic 3: EnvironmentalBiochemistry, Biology, and BacteriologyWastewater Quantity and QualityWastewater Treatment: Equipment and ProcessesActivated Sludge and Sludge ProcessingMunicipal Solid WastePollutants in the EnvironmentDisposition of Hazardous MaterialsEnvironmental Remediation Topic 4: GeotechnicalSoil Properties and Testing Shallow FoundationsRigid Retaining WallsPiles and Deep FoundationsTemporary ExcavationsSpecial Soil Topics Topic 5: StructuralDeterminate StaticsProperties of AreasMaterials Properties and TestingStrength of MaterialsBasic Elements of DesignStructural Analysis IStructural Analysis IIProperties of Concrete and Reinforced SteelConcrete Proportioning, Mixing, and PlacingReinforced Concrete: BeamsReinforced Concrete: SlabsReinforced Concrete: Short Columns Reinforced Concrete: Long ColumnsReinforced Concrete: Walls and Retaining WallsReinforced Concrete: FootingsPretensioned ConcreteComposite Concrete MembersStructural Steel: IntroductionStructural Steel: BeamsStructural Steel: Tension MembersStructural Steel: Compression MembersStructural Steel: Beams-ColumnsStructural Steel: Plate GirdersStructural Steel: Composite Steel MembersStructural Steel: ConnectorsStructural Steel: WeldingStructural Steel: Introduction to LRFDProperties of MasonryMasonry WallsMasonry Columns Topic 6: TransportationProperties of Solid BodiesKinematicsKineticsRoads and Highways: Capacity AnalysisVehicle Dynamics and Accident AnalysisFlexible Pavement DesignRigid Pavement DesignPlane SurveyingHorizontal, Compound, Vertical, and Spiral CurvesConstruction Earthwork, Staking, and Surveying Topic 7: Systems, Management, and Professional Project ManagementConstruction and Job Site SafetyElectrical Systems and EquipmentInstrumentation and MeasurementsEngineering Economic AnalysisEngineering LawEngineering EthicsEngineering Licensing in the United States AppendicesGlossary Index
