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JGJ 33-2012   Technical specification for safety operation of construction machinery (English Version)
Standard No.: JGJ 33-2012 Status:valid remind me the status change

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Target Language:English File Format:PDF
Word Count: 75000 words Translation Price(USD):2250.0 remind me the price change

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Implemented on:2012-11-1 Delivery: via email in 1~5 business day

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,,2012-11-1,14113780495836148C35098F32A8A
Standard No.: JGJ 33-2012
English Name: Technical specification for safety operation of construction machinery
Chinese Name: 建筑机械使用安全技术规程
Professional Classification: JG    Professional Standard - Building
Source Content Issued by: MOHURD
Issued on: 2012-05-03
Implemented on: 2012-11-1
Status: valid
Superseding:JGJ 33-2001 Technical specification for safety operation of construction machinery
Target Language: English
File Format: PDF
Word Count: 75000 words
Translation Price(USD): 2250.0
Delivery: via email in 1~5 business day
1 General Provisions 1.0.1 This Specifications is formulated to avoid the damage of surface water and groundwater against the highway and ensure structure stability and driving safety. 1.0.2 This Specifications is applicable to drainage design of newly constructed, renovated and extended all-class highways. 1.0.3 Internal drainage facilities at road boundary shall be in overall planning, rational layout and reasonable connection with external drainage systems and facilities at road boundary. 1.0.4 Drainage design of highway shall attach importance to environmental protection and water and soil conservation as well as prevention of water pollution. 1.0.5 For the drainage design of highway, new technique, material and process shall be actively adopted based on continuously summarizing practical experiences and scientific research achievements. 1.0.6 Drainage design of highway shall not only comply with this Specifications, but also meet the relevant requirements of current relevant national standards. 2 Terms and Symbols 2.1 Terms 2.1.1 Drainage system The system consisting of facilities for intercepting, collecting, conveying and discharging surface water and groundwater within the range of highway land. 2.1.2 Dike A stripe structure arranged along the outer edge of hard shoulder or pavement for intercepting road surface water. 2.1.3 Filter layer The filter layer for ensuring the passing of water flow and preventing water flow from carrying away the fine particles in soil and blocking drainage facilities. 2.1.4 Evaporation pond The pond arranged outside the range of road boundary and for temporarily storing water drainage within the road boundary and removing it via evaporation etc. 2.1.5 Underdrains A ditch structure arranged under the ground or in the subgrade for collecting and discharging groundwater or water in the subgrade. 2.1.6 Percolation well A shaft structure vertically arranged under the ground for collecting and discharging the surface water or groundwater, which may be filled with pervious materials. 2.1.7 Blind drain A ditch structure arranged under the ground or in the subgrade for guiding water flow to discharge outside the range of road boundary, without functions of water seepage and catchment. 2.1.8 Sensitive section of water environment The section where the line of highway passes through such areas whose discharge water quality shall not be not less than Class IV water quality standard in GB 3838 Environmental Quality Standards for Surface Water, or the section where the line of highway passes through such sea areas whose discharge water quality shall not be less than Class III water quality standard in GB 3097 Sea Water Quality Standard. The section that the line of highway passes through such area whose water quality shall not be less than Class II or such sea area whose water quality shall not be less than Class I is defined as strongly-sensitive section of water environment, the section whose water quality shall not be less than that of Class III area or Class II sea area is defined as sensitive section of water environment, the section whose water quality shall not be less than that of Class IV area or Class III sea area is defined as weakly-sensitive section of water environment
Foreword I 1 General Provisions 2 Terms and Symbols 2.1 Terms 2.2 Symbols 3 General Requirements 4 Surface Drainage at Road Boundary 4.1 General Requirements 4.2 Pavement Surface Drainage 4.3 Median Drainage 4.4 Drainage of Super-high Section 4.5 Slope Drainage 5 Pavement Subsurface Drainage 5.1 General Requirements 5.2 Pavement Edge Drainage System 5.3 Drainage Base 5.4 Drainage Cushion Layer 6 Underground Drainage of Road Boundary 6.1 General Requirements 6.2 Exploration of Groundwater 6.3 Underground Drainage Facilities 7 Drainage of Highway Structures, Underpass Road and Roadside Facilities 7.1 Bridge Deck Drainage 7.2 Drainage of Bridge (Culvert) and Retaining Structure 7.3 Tunnel Drainage 7.4 Drainage of Underpass Road 7.5 Drainage of Roadside Facilities 8 Drainage in Special Area and Special Section 8.1 Permafrost Area 8.2 Expansive Soil Areas 8.3 Loess Area 8.4 Salty Soil Area 8.5 Landslide Section 8.6 Sensitive Section of Water Environment 9 Hydrological and Hydraulic Calculation 9.1 Hydrological Calculation 9.2 Hydraulic Calculation of Ditch and Pipe 9.3 Hydraulic Calculation of Discharge Opening 9.4 Hydraulic Calculation of Underground Drainage Facilities Appendix A Strength Requirements of Masonry Materials for Various Drainage Structures Appendix B Calculation Table for Hydraulic Radius and Discharge Section Area of Various Ditches (Pipes) Appendix C Calculation Nomograph for Interception Ratio of Open-Type Discharge Opening Explanation of Wording in this Specifications
JGJ 33-2012 is referred in:
* GB 50669-2011 Code for construction and acceptance of reinforced concrete silos
* JGJ/T 225-2010 Technical specification for large-diameter belled cast-in-place pile foundation
* GB 50755-2012 Code for Construction of Steel Structures
* JGJ 3-2010 Technical Specification for Concrete Structures of Tall Building
* GB 50755-2012 Code for Construction of Steel Structures
* JGJ 3-2010 Technical Specification for Concrete Structures of Tall Building
* JGJ/T 225-2010 Technical specification for large-diameter belled cast-in-place pile foundation
* GB 50669-2011 Code for construction and acceptance of reinforced concrete silos
* GB 50924-2014 Code for Construction of Masonry Structures
* GB 51004-2015 Code for construction of building foundation engineering
*DBJ 15-92-2013 Technical specification for concrete strutures of tall building
Code of China
Standard
JGJ 33-2012  Technical specification for safety operation of construction machinery (English Version)
Standard No.JGJ 33-2012
Statusvalid
LanguageEnglish
File FormatPDF
Word Count75000 words
Price(USD)2250.0
Implemented on2012-11-1
Deliveryvia email in 1~5 business day
Detail of JGJ 33-2012
Standard No.
JGJ 33-2012
English Name
Technical specification for safety operation of construction machinery
Chinese Name
建筑机械使用安全技术规程
Chinese Classification
Professional Classification
JG
ICS Classification
Issued by
MOHURD
Issued on
2012-05-03
Implemented on
2012-11-1
Status
valid
Superseded by
Superseded on
Abolished on
Superseding
JGJ 33-2001 Technical specification for safety operation of construction machinery
Language
English
File Format
PDF
Word Count
75000 words
Price(USD)
2250.0
Keywords
JGJ 33-2012, JGJ/T 33-2012, JGJT 33-2012, JGJ33-2012, JGJ 33, JGJ33, JGJ/T33-2012, JGJ/T 33, JGJ/T33, JGJT33-2012, JGJT 33, JGJT33
Introduction of JGJ 33-2012
1 General Provisions 1.0.1 This Specifications is formulated to avoid the damage of surface water and groundwater against the highway and ensure structure stability and driving safety. 1.0.2 This Specifications is applicable to drainage design of newly constructed, renovated and extended all-class highways. 1.0.3 Internal drainage facilities at road boundary shall be in overall planning, rational layout and reasonable connection with external drainage systems and facilities at road boundary. 1.0.4 Drainage design of highway shall attach importance to environmental protection and water and soil conservation as well as prevention of water pollution. 1.0.5 For the drainage design of highway, new technique, material and process shall be actively adopted based on continuously summarizing practical experiences and scientific research achievements. 1.0.6 Drainage design of highway shall not only comply with this Specifications, but also meet the relevant requirements of current relevant national standards. 2 Terms and Symbols 2.1 Terms 2.1.1 Drainage system The system consisting of facilities for intercepting, collecting, conveying and discharging surface water and groundwater within the range of highway land. 2.1.2 Dike A stripe structure arranged along the outer edge of hard shoulder or pavement for intercepting road surface water. 2.1.3 Filter layer The filter layer for ensuring the passing of water flow and preventing water flow from carrying away the fine particles in soil and blocking drainage facilities. 2.1.4 Evaporation pond The pond arranged outside the range of road boundary and for temporarily storing water drainage within the road boundary and removing it via evaporation etc. 2.1.5 Underdrains A ditch structure arranged under the ground or in the subgrade for collecting and discharging groundwater or water in the subgrade. 2.1.6 Percolation well A shaft structure vertically arranged under the ground for collecting and discharging the surface water or groundwater, which may be filled with pervious materials. 2.1.7 Blind drain A ditch structure arranged under the ground or in the subgrade for guiding water flow to discharge outside the range of road boundary, without functions of water seepage and catchment. 2.1.8 Sensitive section of water environment The section where the line of highway passes through such areas whose discharge water quality shall not be not less than Class IV water quality standard in GB 3838 Environmental Quality Standards for Surface Water, or the section where the line of highway passes through such sea areas whose discharge water quality shall not be less than Class III water quality standard in GB 3097 Sea Water Quality Standard. The section that the line of highway passes through such area whose water quality shall not be less than Class II or such sea area whose water quality shall not be less than Class I is defined as strongly-sensitive section of water environment, the section whose water quality shall not be less than that of Class III area or Class II sea area is defined as sensitive section of water environment, the section whose water quality shall not be less than that of Class IV area or Class III sea area is defined as weakly-sensitive section of water environment
Contents of JGJ 33-2012
Foreword I 1 General Provisions 2 Terms and Symbols 2.1 Terms 2.2 Symbols 3 General Requirements 4 Surface Drainage at Road Boundary 4.1 General Requirements 4.2 Pavement Surface Drainage 4.3 Median Drainage 4.4 Drainage of Super-high Section 4.5 Slope Drainage 5 Pavement Subsurface Drainage 5.1 General Requirements 5.2 Pavement Edge Drainage System 5.3 Drainage Base 5.4 Drainage Cushion Layer 6 Underground Drainage of Road Boundary 6.1 General Requirements 6.2 Exploration of Groundwater 6.3 Underground Drainage Facilities 7 Drainage of Highway Structures, Underpass Road and Roadside Facilities 7.1 Bridge Deck Drainage 7.2 Drainage of Bridge (Culvert) and Retaining Structure 7.3 Tunnel Drainage 7.4 Drainage of Underpass Road 7.5 Drainage of Roadside Facilities 8 Drainage in Special Area and Special Section 8.1 Permafrost Area 8.2 Expansive Soil Areas 8.3 Loess Area 8.4 Salty Soil Area 8.5 Landslide Section 8.6 Sensitive Section of Water Environment 9 Hydrological and Hydraulic Calculation 9.1 Hydrological Calculation 9.2 Hydraulic Calculation of Ditch and Pipe 9.3 Hydraulic Calculation of Discharge Opening 9.4 Hydraulic Calculation of Underground Drainage Facilities Appendix A Strength Requirements of Masonry Materials for Various Drainage Structures Appendix B Calculation Table for Hydraulic Radius and Discharge Section Area of Various Ditches (Pipes) Appendix C Calculation Nomograph for Interception Ratio of Open-Type Discharge Opening Explanation of Wording in this Specifications
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Keywords:
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