钢管杆检测

DB13/T 5225-2020 通信简易钢管杆设计规范

Code for design of simple steel pipe poles for communication

DL/T 646-1998 输电线路钢管杆制造技术条件

Technical specification of manufacturing steel transmission pole structures

DL/T 5130-2001 架空送电线路钢管杆设计技术规定

Technical regulation for design of steel transmission pole

DL/T 5130-2001（条文说明 架空送电线路钢管杆设计技术规定

Technical regulation for design of steel transmission pole(explanation)

IS 2713 Pt.1-1980 架空电力线用钢管杆规范第 Ⅰ 部分一般要求

1.1 This part covers the general requirements for tubular steeJ poles of circular cross section for overhead power lines. 1.2 These general

JIS H 3510:2006 电子设备用氧铜薄片、板材、带材、缝钢管、杆材、棒材和线材

この規格は,展伸加工した電子管用無酸素銅の板，条，継目無管，棒及び線(以下，それぞれ板，条，管，棒及び線という。)について規定する

Oxygen free copper sheets, plates, strips, seamless pipes and tubes, rods, bars and wires for electron devices

JIS H 3510:2012 电子设备用氧铜薄片、板材、带材、缝钢管、杆材、棒材和线材

This Japanese Industrial Standard specifies expanded oxygen free copper sheets,plates,strips,seamless pipes and tubes,rods,bars and wires for electron

Oxygen free copper sheets, plates, strips, seamless pipes and tubes, rods, bars and wires for electron devices

ASTM A137-34 锁杆钢管规范

Specification for Lock-Bar Steel Pipe

NAVY UFGS-09 97 13.28-2009 埋地钢管和钢舱壁拉杆的保护

PROTECTION OF BURIED STEEL PIPING AND STEEL BULKHEAD TIE RODS

T/SCDA 123-2023 钢管腹杆桁架预应力混凝土叠合板应用技术标准

叠合楼板的安全等级和设计工作年限应与整个结构保持一致     本标准极限状态设计方法，采用分项系数的设计表达式进行设计。短暂设计状况、持久设计状况均应进行承载能力极限状态设计和正常使用极限状态设计，进行承载能力极限状态设计时应采用作用的基本组合，进行正常使用

Application technical standard for prestressed concrete laminated slab with steel tube web truss

STAS 12679-1988 缝钢管．地下有杆泵用管

Prezentul standard se refer? la ?evile f?r? sudur?, din o?el carbon sau aliat, trase sau laminate la rece, cu precizie de execu?ie ?nalt?, tratate

Seamless steel tubes TUBES FOR SUBSURFACE PUMPS WITH RODS

NAVY UFGS-09 97 13.28-2010 埋入式钢管和钢制隔板拉杆的防护

PROTECTION OF BURIED STEEL PIPING AND STEEL BULKHEAD TIE RODS

IEEE 2683-2022 AMPP/IEEE 管状钢杆强度损失指南

AMPP/IEEE Guide to Strength Loss of Tubular Steel Poles

AMPP SP21496-2023/IEEE Std 2683-2022 AMPP/IEEE 管状钢杆强度损失指南

Guidance and a methodology to determine strength loss due to corrosion on a tubular steel pole are provided in this standard. It allows informed, cost

AMPP/IEEE Guide to Strength Loss of Tubular Steel Poles

IEEE/NACE P2638/D2.4, January 2020 IEEE/NACE 管状钢杆强度损失指南草案

This NACE/IEEE joint standard provides a methodology to evaluate the strength loss of tubular steel poles due to corrosion. Such an evaluation

IEEE/NACE Draft Guide to Strength Loss of Tubular Steel Poles

DB13/T 5225-2020 通信简易钢管杆设计规范

Code for design of simple steel pipe poles for communication

DL/T 646-1998 输电线路钢管杆制造技术条件

Technical specification of manufacturing steel transmission pole structures

DL/T 5130-2001 架空送电线路钢管杆设计技术规定

Technical regulation for design of steel transmission pole

DL/T 5130-2001（条文说明 架空送电线路钢管杆设计技术规定

Technical regulation for design of steel transmission pole(explanation)

IS 2713 Pt.1-1980 架空电力线用钢管杆规范第 Ⅰ 部分一般要求

1.1 This part covers the general requirements for tubular steeJ poles of circular cross section for overhead power lines. 1.2 These general

JIS H 3510:2006 电子设备用氧铜薄片、板材、带材、缝钢管、杆材、棒材和线材

この規格は,展伸加工した電子管用無酸素銅の板，条，継目無管，棒及び線(以下，それぞれ板，条，管，棒及び線という。)について規定する

Oxygen free copper sheets, plates, strips, seamless pipes and tubes, rods, bars and wires for electron devices

JIS H 3510:2012 电子设备用氧铜薄片、板材、带材、缝钢管、杆材、棒材和线材

This Japanese Industrial Standard specifies expanded oxygen free copper sheets,plates,strips,seamless pipes and tubes,rods,bars and wires for electron

Oxygen free copper sheets, plates, strips, seamless pipes and tubes, rods, bars and wires for electron devices

ASTM A137-34 锁杆钢管规范

Specification for Lock-Bar Steel Pipe

NAVY UFGS-09 97 13.28-2009 埋地钢管和钢舱壁拉杆的保护

PROTECTION OF BURIED STEEL PIPING AND STEEL BULKHEAD TIE RODS

T/SCDA 123-2023 钢管腹杆桁架预应力混凝土叠合板应用技术标准

叠合楼板的安全等级和设计工作年限应与整个结构保持一致     本标准极限状态设计方法，采用分项系数的设计表达式进行设计。短暂设计状况、持久设计状况均应进行承载能力极限状态设计和正常使用极限状态设计，进行承载能力极限状态设计时应采用作用的基本组合，进行正常使用

Application technical standard for prestressed concrete laminated slab with steel tube web truss

STAS 12679-1988 缝钢管．地下有杆泵用管

Prezentul standard se refer? la ?evile f?r? sudur?, din o?el carbon sau aliat, trase sau laminate la rece, cu precizie de execu?ie ?nalt?, tratate

Seamless steel tubes TUBES FOR SUBSURFACE PUMPS WITH RODS

NAVY UFGS-09 97 13.28-2010 埋入式钢管和钢制隔板拉杆的防护

PROTECTION OF BURIED STEEL PIPING AND STEEL BULKHEAD TIE RODS

AMPP SP21496-2023/IEEE Std 2683-2022 AMPP/IEEE 管状钢杆强度损失指南

Guidance and a methodology to determine strength loss due to corrosion on a tubular steel pole are provided in this standard. It allows informed, cost

AMPP/IEEE Guide to Strength Loss of Tubular Steel Poles

IEEE 2683-2022 AMPP/IEEE 管状钢杆强度损失指南

AMPP/IEEE Guide to Strength Loss of Tubular Steel Poles

IEEE/NACE P2638/D2.4, January 2020 IEEE/NACE 管状钢杆强度损失指南草案

This NACE/IEEE joint standard provides a methodology to evaluate the strength loss of tubular steel poles due to corrosion. Such an evaluation

IEEE/NACE Draft Guide to Strength Loss of Tubular Steel Poles