《DL/T 5362—2006 水工瀝青混凝土試驗規程(英文版)》內容簡介：This Standard is prepared in accordance with the Notice of 2003year's Additional Planning of Professional Standard Establishmentreferred to Document No. 2003-873 issued by General Office of theNational Development and Reform Commission.
基本介紹
- 書名：水工瀝青混凝土試驗規程
- 作者：中華人民共和國國家發展和改革委員會
- 出版社：中國電力出版社
- 頁數：179頁
- 開本：32
- 品牌：中國電力出版社
- 外文名：Test Code for Hydraulic Bitumen Concrete
- 類型：科技
- 出版日期：2010年7月1日
- 語種：英語
- ISBN：9787512301948
內容簡介,圖書目錄,序言,
內容簡介
《DL/T 5362—2006 水工瀝青混凝土試驗規程(英文版)》是由中國電力出版社出版的。
圖書目錄
Foreword
1 Scope
2 Normative References
3 Terms and Definitions
4 General
5 Bitumen
5.1 Sampling
5.2 Preparation
5.3 Density Test
5.4 Penetration Test
5.5 Ductility Test
5.6 Softening Point Test （Ring-and-baU Apparatus）
5.7 Solubility Test
5.8 Thin-film Oven Test
5.9 Flash Point and Fire Point Test （Cleveland Open Cup Method）
5.10 Breaking Point Test （Fraass Method）
5.11 Moisture Content Test
5.12 Test of Bitumen Paraffin Content （Distillation Test）
5.13 Residue Content Test of Emulsified Bitumen by Evaporation
5.14 Ionic Particle Charge Test of Emulsified Bitumen
5.15 Adhesion Test of Emulsified Bitumen and Aggregate
5.16 Storage Stability Test of Emulsified Bitumen
5.17 Demulsibility Test of Emulsified Bitumen
6 Filler
6.1 Filler Sampling
6.2 Sieve Analysis of Filler
6.3 Density Test of Filler
6.4 Moisture Content Test of Filler
6.5 Hydrophilic Coefficient Test of Filler
7 Fine Aggregate
7.1 Gradation Test
7.2 Apparent Density and Absorption Test
7.3 Moisture Content Test
7.4 Mud Content Test
7.5 Soundness Test （Sodium Sulfate Method）
7.6 Soundness Test （Crushing Method）
7.7 Organic Impurities Content Test
7.8 Water Stability Test
8 Coarse Aggregate
8.1 Grain Grading Test
8.2 Apparent Density and Water Absorption Test
8.3 Moisture Content Test
8.4 Mud Content Test
8.5 Clay Lump Content Test
8.6 Elongated and Flat Grain Content Test
8.7 Crush Ratio Test
8.8 Soundness Test
8.9 Adhesion Test of Coarse Aggregate and Bitumen
8.10 Alkalinity Test of Aggregate
9 Bitumen Concrete
9.1 Preparation and Field Sampling of Bitumen Mixture
9.2 Preparing the Marshall Specimen for Bituminous Concrete
9.3 Maximum Density Test
9.4 Density Test
9.5 Quantitative Extraction Test
9.6 Marshall Stability and Flow Value Test
9.7 Slope Flow ValueTest
9.8 Seepage Test
9.9 Uniaxial Compression Test
9.10 Hydraulic Stability Test
9.11 Thermal Stability Test
9.12 Tensile Test
9.13 Bending Test of Small Beam
9.14 Static Triaxial Compressive Test
9.15 Dynamic Triaxial Compressive Test
9.16 Creep Test
9.17 Stress Relaxation Test
9.18 Fatigue Test
9.19 Rheological Test
9.20 Linear Expansion Coefficient
9.21 Specific Heat Test
9.22 Temperature Conductivity Test
9.23 Thermal Conductivity Test
9.24 Freezing Test
9.25 Bonding Tests of Bituminous Concrete and Cement Concrete
9.26 Nondestructive Permeability Test
1 Scope
2 Normative References
3 Terms and Definitions
4 General
5 Bitumen
5.1 Sampling
5.2 Preparation
5.3 Density Test
5.4 Penetration Test
5.5 Ductility Test
5.6 Softening Point Test （Ring-and-baU Apparatus）
5.7 Solubility Test
5.8 Thin-film Oven Test
5.9 Flash Point and Fire Point Test （Cleveland Open Cup Method）
5.10 Breaking Point Test （Fraass Method）
5.11 Moisture Content Test
5.12 Test of Bitumen Paraffin Content （Distillation Test）
5.13 Residue Content Test of Emulsified Bitumen by Evaporation
5.14 Ionic Particle Charge Test of Emulsified Bitumen
5.15 Adhesion Test of Emulsified Bitumen and Aggregate
5.16 Storage Stability Test of Emulsified Bitumen
5.17 Demulsibility Test of Emulsified Bitumen
6 Filler
6.1 Filler Sampling
6.2 Sieve Analysis of Filler
6.3 Density Test of Filler
6.4 Moisture Content Test of Filler
6.5 Hydrophilic Coefficient Test of Filler
7 Fine Aggregate
7.1 Gradation Test
7.2 Apparent Density and Absorption Test
7.3 Moisture Content Test
7.4 Mud Content Test
7.5 Soundness Test （Sodium Sulfate Method）
7.6 Soundness Test （Crushing Method）
7.7 Organic Impurities Content Test
7.8 Water Stability Test
8 Coarse Aggregate
8.1 Grain Grading Test
8.2 Apparent Density and Water Absorption Test
8.3 Moisture Content Test
8.4 Mud Content Test
8.5 Clay Lump Content Test
8.6 Elongated and Flat Grain Content Test
8.7 Crush Ratio Test
8.8 Soundness Test
8.9 Adhesion Test of Coarse Aggregate and Bitumen
8.10 Alkalinity Test of Aggregate
9 Bitumen Concrete
9.1 Preparation and Field Sampling of Bitumen Mixture
9.2 Preparing the Marshall Specimen for Bituminous Concrete
9.3 Maximum Density Test
9.4 Density Test
9.5 Quantitative Extraction Test
9.6 Marshall Stability and Flow Value Test
9.7 Slope Flow ValueTest
9.8 Seepage Test
9.9 Uniaxial Compression Test
9.10 Hydraulic Stability Test
9.11 Thermal Stability Test
9.12 Tensile Test
9.13 Bending Test of Small Beam
9.14 Static Triaxial Compressive Test
9.15 Dynamic Triaxial Compressive Test
9.16 Creep Test
9.17 Stress Relaxation Test
9.18 Fatigue Test
9.19 Rheological Test
9.20 Linear Expansion Coefficient
9.21 Specific Heat Test
9.22 Temperature Conductivity Test
9.23 Thermal Conductivity Test
9.24 Freezing Test
9.25 Bonding Tests of Bituminous Concrete and Cement Concrete
9.26 Nondestructive Permeability Test
序言
This Standard is prepared in accordance with the Notice of 2003year's Additional Planning of Professional Standard Establishmentreferred to Document No. 2003-873 issued by General Office of theNational Development and Reform Commission.
As a construction material, bitumen concrete has been widelyused in construction of different hydraulic structures both in Chinaand abroad. The bitumen concrete technology has been welldeveloped through its application in past decades. In China, bitumenconcrete has been used in construction of large-scale hydraulicstructures of many projects, such as the Tianhuangpingpumped-storage project, the Maopingxi earth and rock-fill dam ofThree Gorges Project, the Yele Hydropower Station, the Nierji WaterResources Project and others. With its successful application on theseprojects, rapid progress has been made in bitumen concretetechnology. In order to meet the development of construction ofhydropower and water resources projects and coordinate theimprovement of similar standards in China and abroad, this Standardis prepared through widely seeking comments and referring torelevant domestic and foreign standards. As a result, some relevantcontents applicable to hydraulic bitumen concrete from both domesticand foreign standards have been adopted in this Standard.
Furthermore, attention has been paid to specific features of thehydraulic bitumen concrete.
As a construction material, bitumen concrete has been widelyused in construction of different hydraulic structures both in Chinaand abroad. The bitumen concrete technology has been welldeveloped through its application in past decades. In China, bitumenconcrete has been used in construction of large-scale hydraulicstructures of many projects, such as the Tianhuangpingpumped-storage project, the Maopingxi earth and rock-fill dam ofThree Gorges Project, the Yele Hydropower Station, the Nierji WaterResources Project and others. With its successful application on theseprojects, rapid progress has been made in bitumen concretetechnology. In order to meet the development of construction ofhydropower and water resources projects and coordinate theimprovement of similar standards in China and abroad, this Standardis prepared through widely seeking comments and referring torelevant domestic and foreign standards. As a result, some relevantcontents applicable to hydraulic bitumen concrete from both domesticand foreign standards have been adopted in this Standard.
Furthermore, attention has been paid to specific features of thehydraulic bitumen concrete.
