Concrete Foundations for Turbine Generators Analysis, Design, and Construction

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Concrete Foundations for Turbine Generators Analysis, Design, and Construction

PDF Free Download | Concrete Foundations for Turbine Generators Analysis, Design, and Construction by Task Committee on Turbine Generator Foundations Edited by Hongchun Liu, P.E

Contents of Concrete Foundations for Turbine Generators

  • Scope and Limitations
  • Abbreviations and Acronyms
  • Foundations Terms
  • TURBINE GENERATOR EQUIPMENT
  • Introduction
  • Main Components
  • Layout Configurations
  • Foundation Design Information
  • Installation
  • Operation
  • PRELIMINARY TURBINE GENERATOR FOUNDATION
  • LAYOUT AND SIZING
  • Introduction
  • Foundation Types and General Design Information
  • Preliminary Design: Initial Foundation Sizing
  • Pile Layout
  • FOUNDATION LOADS AND LOAD COMBINATIONS
  • Introduction
  • Foundation and Equipment Self-weights (Dead Loads)
  • Downloaded from ascelibrary org by La Trobe University on / / Copyright ASCE For personal use only; all rights reserved
  • Equipment Loads during Normal Operation
  • Emergency Operation Loads
  • Catastrophic Equipment Loads
  • Environmental Loads
  • Installation and Maintenance Loads
  • Concrete Shrinkage and Creep Effects
  • Load Combination Considerations
  • MODELING OF THE SOIL AND PILE RESPONSE
  • TO DYNAMIC LOADS
  • Introduction
  • Dynamic Impedance Definition
  • Dynamic Impedance of Rigid Foundations
  • Dynamic Impedance of Flexible Foundations
  • Pile-supported Foundations
  • Evaluation of Soil Parameters
  • FINITE ELEMENT MODELING
  • Introduction
  • General Modeling Considerations
  • Element Selection
  • Mesh Sensitivity
  • Geometry Modeling
  • Boundary Condition Modeling
  • Mass Modeling
  • Load Modeling
  • Damping Modeling
  • Sectional and Material Properties
  • Model Verification
  • Averaging of FE Results
  • SERVICEABILITY ANALYSIS AND ACCEPTANCE
  • CRITERIA
  • Introduction
  • Dynamic Serviceability Analysis
  • Static Serviceability Analysis
  • Serviceability Acceptance Criteria
  • STRENGTH AND STABILITY DESIGN
  • Introduction
  • Load Combinations for Strength Design
  • Downloaded from ascelibrary org by La Trobe University on / / Copyright ASCE For personal use only; all rights reserved
  • Seismic Load and Ductile Design Considerations
  • Redundancy Factor (ρ) and Overstrength Factor (Ωₒ)
  • Accidental Torsion
  • FE Results for Strength Design
  • Basemat Reinforcement Design
  • Column, Block, Pier, and Wall Reinforcement Design
  • Tabletop Reinforcement Design
  • Additional Reinforcement Requirements
  • Volumetric Reinforcements
  • Pile Capacity Check
  • Soil-bearing Pressure Check
  • Stability Evaluation
  • EMBEDDED ITEMS
  • Introduction
  • Types of Embedded Items in Turbine Generator
  • Foundations
  • Structural Design for Embedded Items
  • Grout Pockets, Grout Dams, and Grout
  • VIBRATION ISOLATED FOUNDATIONS
  • Introduction
  • Design Properties of Spring Elements and Viscous
  • Dampers
  • Typical Layout of VIS for Large STG Foundations
  • Dynamic Characteristics of Elastically Supported
  • TG Foundations
  • Operational Behavior
  • Emergency Conditions
  • Seismic Considerations
  • Spring-mounted Condensers
  • Gas Turbine Foundations
  • Retrofit of Turbine Foundations
  • Selective Application Examples
  • Special Considerations for TG Foundations with VIS
  • CONSTRUCTION CONSIDERATIONS
  • Introduction
  • Construction Joints
  • Construction Tolerances
  • Concrete Placement
  • Modularization
  • Downloaded from ascelibrary org by La Trobe University on / / Copyright ASCE For personal use only; all rights reserved
  • Post-installed Anchors and Interference with
  • Reinforcement
  • Temporary Construction Loads
  • Condenser Installation
  • Adjustable Vertical Support Devices
  • Stay-in-place Formwork
  • A DYNAMIC IMPEDANCE OF SOIL-SUPPORTED
  • RIGID FOUNDATIONS
  • A Dynamic Impedance Formulas for Rigid Foundations
  • on Homogeneous Soil
  • A Impedance Functions of Rigid Foundations Using
  • the Cone Model Approach
  • B DYNAMIC IMPEDANCE OF PILE-SUPPORTED
  • FOUNDATIONS
  • B Impedance Functions of Single Piles on Homogeneous
  • and Parabolic Soil Profiles
  • B Dynamic Impedance of Pile Groups
  • C DYNAMIC IMPEDANCE CALCULATION EXAMPLES
  • C Vertical Response of a Rigid Foundation
  • C Horizontal and Rocking Response of a Rigid
  • Foundation
  • C Dynamic Impedances of Surface Foundation
  • C Pile Group Effects
  • C Dynamic Impedance of a Large Pile Group
  • C Negative Dynamic Impedance

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