To keep pace with development of stone masonry dam construction and standardize the design of stone masonry dams, Design specification for stone masonry dams (SL25-91) is revised to this Code so that the stone masonry dam design could be safe and applicable, economically viable, technology updated and quality ensured. This Code is applicable to the design of Class 2 and Class 3 masonry dams for large and medium water resources and hydropower projects or Class 4 and Class 5 masonry dams over 50m high. It may also be used as a reference for the design of other masonry dams.
【目录】
Introduction to English Version Foreword 1 General Provisions . 2 Terms and Symbols 2.1 Terms 2.2 Symbols 3 Dam Materials and Design Indexes of Stone Masonry 3.1 Dam Materials 3.2 Design Indexes of Stone Masonry 4 Loads and Load Combinations 4.1 Loads 4.2 Load Combinations 5 Stone Masonry Gravity Dam 5.1 Dam Layout 5.2 Dam Structure 5.3 Calculation of Dam Sliding Stability 5.4 Calculation of Dam Stresses 5.5 Dam Temperature Control and Crack Prevention 6 Stone Masonry Arch Dam 6.1 Dam Site, Dam Axis and Dam Layout 6.2 Dam Stress Analysis 6.3 Abutment Stability Analysis 6.4 Temperature Control 7 Dam Seepage Control 7.1General Provisions 7.2 Impervious Concrete Face Slab and Core 7.3 Seepage Controlof Dam Body 7.4 Transverse Joints, Water Stop and Drainage 8 Treatment of Dam Foundation 9 Dam Structure 9.1 Crest Layout and Transportation 9.2 Galleries and Openings 9.3 Joints, Drainage and Foundation Bedding 10 Safety Monitoring Design 10.1 General Principles 10.2 Monitoring Items and Monitoring Facility Layout Annex A Main Mechanical Indexes of Stone Masonry Annex B Test Methods of Deformation (Elastic) Modulus and Compressive Strength of Stone Masonry Annex C Calculation Formulas of Loads Annex D Time Limitation for Calculations of Sedimentation in Front of Dam Annex E Safety Factors of Deep Sliding Stability and the Formulas for Stone Masonry Material Mechanics Dam Foundation Annex F Stress Calculations of Stone Masonry Gravity Dam with the Gravity Method, Considering the Distinct Elastic Moduli of Face Slab and Stone Masonry Annex G Calculation of Stresses of Gravity Block and Thrust Block with the Material Mechanics Method Explanation of Wording
以下为对购买帮助不大的评价