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Position: Chinese Standard in English/JTG E60-2008
JTG E60-2008   Field Test Methods of Subgrade and Pavement for Highway Engineering (English Version)
Standard No.: JTG E60-2008 Status:superseded remind me the status change

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Language:English File Format:PDF
Word Count: 48000 words Price(USD):960.0 remind me the price change

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Implemented on:2008-9-1 Delivery: via email in 1 business day
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Standard No.: JTG E60-2008
English Name: Field Test Methods of Subgrade and Pavement for Highway Engineering
Chinese Name: 公路路基路面现场测试规程
Chinese Classification: P66    Highway engineering
Professional Classification: JT    Professional Standard - Transport
Issued by: MOT
Issued on: 2008-05-28
Implemented on: 2008-9-1
Status: superseded
Superseded by:JTG 3450-2019 Field test methods of subgrade and pavement for highway engineering
Superseded on:2019-11-1
Superseding:JTJ 059-1995 Field Test Methods of Subgrade and Pavement for Highway Engineering
Language: English
File Format: PDF
Word Count: 48000 words
Price(USD): 960.0
Delivery: via email in 1 business day
1.0.1 This standard is formulated in order to adapt the demand of highway construction and management in China, guarantee the construction and maintenance quality of highway subgrade and pavement engineering, and regulate field testing instrument and equipment, test method and operating requirement. 1.0.2 This standard is applicable to field investigation, engineering quality testing and technology condition testing of highway subgrade and pavement. 1.0.3 When the test methods specified in this standard are applied in the quality evaluation or acceptance of road sections, the road section selection and sampling method shall comply the corresponding technical specifications of construction and maintenance, or the requirements of "Quality inspection and Evaluation Standards for Highway Engineering - Section 1: Civil Engineering" (JTG F80/1). 1.0.4 The instruments and equipments for testing in this standard shall meet the requirements of the corresponding standards and pass the inspection required, 1.0.5 The national legal system of units of measurement is adopted in this standard. 1.0.6 The field test of highway subgrade and pavement shall meet the requirements of the current national and professional standards or codes, besides complying with the requirements of this standard.
1 General Provisions 2 Terms and Symbols 2.1 Terms 2.2 Symbol 3 Field Sampling T 0901—2008 Sampling method 4 Geometrical Dimension T 0911-2008 Geometrical Dimension Testing Method of subgrade and pavement T 0912——2008 Method for measuring depth of pavement - pitting and core drilling methods T 0913——2008 Method for measuring depth of pavement - Short Burst Radar method T 0914——2008 Method for Testing Pavement Cross Slope - Geometrical Data Test System 5 Compaction Degree T 0921—2008 Method for Testing Compaction Degree - Pitting Sand Replacement Method T 0922-2008 Method for Testing Compaction Degree - Nuclear Wet Density Tester T 0923—1995 Method for Testing Compaction Degree - Core Cutter Method T 0924——2008 Method for Testing Compaction Degree of Asphalt Pavement - Core Drilling Method T 0925—2008 Method for Testing Compaction Degree - Non-nuclear Density Gauge 6 Roughness T 0931—2008 Test Method for Roughness - Three-meter Ruler T0932—2008 Method for Testing Roughness - Continuous Roughometer T0933—2008 Method for Testing Roughness - Vehicular Bump-integrator T0934—2008 Method for Testing Roughness - Vehicular Laser Roughometer 7 Strength and Modulus T0941—2008 Testing Method for Field CBR of Soil Subgrade T0943—2008 Method for Testing Rebound modulus of Soil Subgrade - Loading Plate T0944—1995 Method for Testing Rebound modulus of Subgrade and Pavement - Benkelman Beam Test T0945—2008 Method for Testing Rebound modulus of Subgrade and Pavement - Dynamic Cone Penetrometer 8 Bearing Capacity T 0951-2008 Method for Testing Rebound Deflection of Subgrade Pavement-Benkelman Beam T 0952-2008 Method for Testing the Pavement Deflection-Automatic Deflectometer T 0953-2008 Method for Testing the Deflection with Falling Weight Deflectometer 9 Strength of Cement Concrete T 0954—1995 Testing method of strength of cement concrete measured with resiliometer T 0955 - 1955 testing method testing method for the cement concrete flexural strength of the pavement measured by the rebound method T 0956—1995 Testing Method of the Strength of Cement Concrete by Speedy Method of Powder Actuated Shot 10 Sliding Resistance Performance T 0961 - 1995 Test Method on Determination of Pavement Texture Depth by Manual Sanding Patch Method T 0962 - 1995 Test Methods on Determination of Pavement Texture Depth by Electrical Sanding Device T 0966 - 2008 Test Method on Determination of Pavement Texture Depth by Vehicular Laser Texture Depth Meter T 0964 - 2008 Test Method on Determination of Pavement Friction Factor by Pendulum Tester T 0965 - 2008 Test Method on Determination of Pavement Friction Factor by Single-Wheel Sideway Force Coefficient Test System T 0967 - 2008 Test Method on Determination of Pavement Friction Factor By Double-Wheel Sideway Force Coefficient Test System T 0968 - 2008 Test Method on Determination of Pavement Friction Factor by Dynamic Rotary Friction Factor Tester 11 Water Penetrations T 0971 - 2008 Test Method on Water Permeability Coefficient Determination of Asphalt Pavement 12 Faulted Joint Slabs T 0972 - 1995 Test Method on Faulted Joint Slabs 13 Ruts T 0973 - 2008 Test Method on Asphalt Pavement Rut 14 Construction Control T 0981 - 2008 Test Method on Construction Temperature of Hot Mixture Asphalt (HMA) T 0982 - 1995 Test Method on Determination of Asphalt Dosage by Asphalt-Spray-Method Construction T 0983 - 2008 Test Method on Determination of Total Asphalt Mixture Mass T 0984 - 2008 Test Method on Penetration Depth Determination of Priming Oil at Semi-Rigid Base Annex A Method on Random Sampling Point of Highway Subgrade Pavement Annex B method on data reduction of test pavement section
JTG E60-2008 is referred in:
* GB/T 25993-2010 Permeable paving bricks&permeable paving flags
*MH 5007-2017 Quality inspection and evaluation standards for field engineering of civil airport
Code of China
Standard
JTG E60-2008  Field Test Methods of Subgrade and Pavement for Highway Engineering (English Version)
Standard No.JTG E60-2008
Statussuperseded
LanguageEnglish
File FormatPDF
Word Count48000 words
Price(USD)960.0
Implemented on2008-9-1
Deliveryvia email in 1 business day
Detail of JTG E60-2008
Standard No.
JTG E60-2008
English Name
Field Test Methods of Subgrade and Pavement for Highway Engineering
Chinese Name
公路路基路面现场测试规程
Chinese Classification
P66
Professional Classification
JT
ICS Classification
Issued by
MOT
Issued on
2008-05-28
Implemented on
2008-9-1
Status
superseded
Superseded by
JTG 3450-2019 Field test methods of subgrade and pavement for highway engineering
Superseded on
2019-11-1
Abolished on
Superseding
JTJ 059-1995 Field Test Methods of Subgrade and Pavement for Highway Engineering
Language
English
File Format
PDF
Word Count
48000 words
Price(USD)
960.0
Keywords
JTG E60-2008, JTG/T E60-2008, JTGT E60-2008, JTGE60-2008, JTG E60, JTGE60, JTG/TE60-2008, JTG/T E60, JTG/TE60, JTGTE60-2008, JTGT E60, JTGTE60
Introduction of JTG E60-2008
1.0.1 This standard is formulated in order to adapt the demand of highway construction and management in China, guarantee the construction and maintenance quality of highway subgrade and pavement engineering, and regulate field testing instrument and equipment, test method and operating requirement. 1.0.2 This standard is applicable to field investigation, engineering quality testing and technology condition testing of highway subgrade and pavement. 1.0.3 When the test methods specified in this standard are applied in the quality evaluation or acceptance of road sections, the road section selection and sampling method shall comply the corresponding technical specifications of construction and maintenance, or the requirements of "Quality inspection and Evaluation Standards for Highway Engineering - Section 1: Civil Engineering" (JTG F80/1). 1.0.4 The instruments and equipments for testing in this standard shall meet the requirements of the corresponding standards and pass the inspection required, 1.0.5 The national legal system of units of measurement is adopted in this standard. 1.0.6 The field test of highway subgrade and pavement shall meet the requirements of the current national and professional standards or codes, besides complying with the requirements of this standard.
Contents of JTG E60-2008
1 General Provisions 2 Terms and Symbols 2.1 Terms 2.2 Symbol 3 Field Sampling T 0901—2008 Sampling method 4 Geometrical Dimension T 0911-2008 Geometrical Dimension Testing Method of subgrade and pavement T 0912——2008 Method for measuring depth of pavement - pitting and core drilling methods T 0913——2008 Method for measuring depth of pavement - Short Burst Radar method T 0914——2008 Method for Testing Pavement Cross Slope - Geometrical Data Test System 5 Compaction Degree T 0921—2008 Method for Testing Compaction Degree - Pitting Sand Replacement Method T 0922-2008 Method for Testing Compaction Degree - Nuclear Wet Density Tester T 0923—1995 Method for Testing Compaction Degree - Core Cutter Method T 0924——2008 Method for Testing Compaction Degree of Asphalt Pavement - Core Drilling Method T 0925—2008 Method for Testing Compaction Degree - Non-nuclear Density Gauge 6 Roughness T 0931—2008 Test Method for Roughness - Three-meter Ruler T0932—2008 Method for Testing Roughness - Continuous Roughometer T0933—2008 Method for Testing Roughness - Vehicular Bump-integrator T0934—2008 Method for Testing Roughness - Vehicular Laser Roughometer 7 Strength and Modulus T0941—2008 Testing Method for Field CBR of Soil Subgrade T0943—2008 Method for Testing Rebound modulus of Soil Subgrade - Loading Plate T0944—1995 Method for Testing Rebound modulus of Subgrade and Pavement - Benkelman Beam Test T0945—2008 Method for Testing Rebound modulus of Subgrade and Pavement - Dynamic Cone Penetrometer 8 Bearing Capacity T 0951-2008 Method for Testing Rebound Deflection of Subgrade Pavement-Benkelman Beam T 0952-2008 Method for Testing the Pavement Deflection-Automatic Deflectometer T 0953-2008 Method for Testing the Deflection with Falling Weight Deflectometer 9 Strength of Cement Concrete T 0954—1995 Testing method of strength of cement concrete measured with resiliometer T 0955 - 1955 testing method testing method for the cement concrete flexural strength of the pavement measured by the rebound method T 0956—1995 Testing Method of the Strength of Cement Concrete by Speedy Method of Powder Actuated Shot 10 Sliding Resistance Performance T 0961 - 1995 Test Method on Determination of Pavement Texture Depth by Manual Sanding Patch Method T 0962 - 1995 Test Methods on Determination of Pavement Texture Depth by Electrical Sanding Device T 0966 - 2008 Test Method on Determination of Pavement Texture Depth by Vehicular Laser Texture Depth Meter T 0964 - 2008 Test Method on Determination of Pavement Friction Factor by Pendulum Tester T 0965 - 2008 Test Method on Determination of Pavement Friction Factor by Single-Wheel Sideway Force Coefficient Test System T 0967 - 2008 Test Method on Determination of Pavement Friction Factor By Double-Wheel Sideway Force Coefficient Test System T 0968 - 2008 Test Method on Determination of Pavement Friction Factor by Dynamic Rotary Friction Factor Tester 11 Water Penetrations T 0971 - 2008 Test Method on Water Permeability Coefficient Determination of Asphalt Pavement 12 Faulted Joint Slabs T 0972 - 1995 Test Method on Faulted Joint Slabs 13 Ruts T 0973 - 2008 Test Method on Asphalt Pavement Rut 14 Construction Control T 0981 - 2008 Test Method on Construction Temperature of Hot Mixture Asphalt (HMA) T 0982 - 1995 Test Method on Determination of Asphalt Dosage by Asphalt-Spray-Method Construction T 0983 - 2008 Test Method on Determination of Total Asphalt Mixture Mass T 0984 - 2008 Test Method on Penetration Depth Determination of Priming Oil at Semi-Rigid Base Annex A Method on Random Sampling Point of Highway Subgrade Pavement Annex B method on data reduction of test pavement section
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Keywords:
JTG E60-2008, JTG/T E60-2008, JTGT E60-2008, JTGE60-2008, JTG E60, JTGE60, JTG/TE60-2008, JTG/T E60, JTG/TE60, JTGTE60-2008, JTGT E60, JTGTE60