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1、A above-ground conduit (pipeline)地上管道2.0.4 accessible duct通行地沟2.0.30 acrylonitrile butadiene stryene pipe (ABS)ABS工程塑料管3.1.22 active earth pressure 主动土压力4.2.12 adaptor slab井筒盖板 6.3.5 aerial crossing structure跨越结构4.4.23 air-tight test气密性试验7.0.30 anchor固定墩2.0.50 arriving shaft终端工作坑7.0.16 asbestos-cime
2、nt pipe(ACP)石棉水泥管3.1.15 B backfill回填土7.0.23 bearing pressure distribution diagram地基反力图形4.4.15 bedding angle基础(座)中心角4.4.7 bend弯管6.1.2 bending test弯曲试验4.3.15 beveled pipe斜口管3.2.13 Boussinecq pressure bulb布氏压力图形4.4.16 box (rectangular) conduit矩形管道3.2.2 breadth of conduit 管道宽度4.1.2 breadth of trench槽宽4.
3、4.11 buried conduit (pepeline)埋地管道2.0.3 butt and strap joint抹带接头5.1.16 C cable duct电缆沟 2.0.29 cap盖堵6.1.8 cast in place collar joint现浇套环接头5.1.20 cast in place joint现浇接头(缝)5.1.30 cast-in-place (situ) conduit现浇管道3.2.16 cast iron pipe (CIP)铸铁管3.1.3 caulking填料、捻缝5.1.23 cement mortar lining水泥砂浆内衬7.0.31 ce
4、ment mortat with steel mesh strap joint抹带接头5.1.17 centrifugal process离心法3.3.1 chamber井室、检查室6.3.2 chemically prestressed concrete pipe自应力混凝土管3.1.11 circular conduit园形管道3.2.1 coating 涂层2.0.45 coefficient of vertical earth pressure竖向土压力系数4.2.9 collar type joint套管(筒)式接头5.1.5 combined drainage conduit (p
5、ipeline)合流管道2.0.15 combined duct综合管道、共同沟2.0.32compaction around the pipe with relatively untamped above thetop of pipe中松侧实法7.0.25 compaction the two sides of pipe胸腔夯实 7.0.24 compansator补偿器6.2.1 composite crossing组合跨越4.4.26 composit pope复合管3.1.26 concrete cradle混凝土管基(管座)4.4.10 concrete pipe (CP)混凝土管3
6、.1.8 conduit管道2.0.1 conduit section管道截面4.1.1 continuous casting process连续浇铸法3.3.2 cooling water popeline冷却水管道2.0.21 core vibrated casting process芯模震捣法3.3.7 core winding process管芯缠丝法3.3.10 corrosion prevetive of pipes管道防腐2.0.51 corrugated pipe波纹管3.2.7 corpling of borsing卡箍式管接头6.2.6 coverslab井筒盖板6.3.5
7、 crack wodth calculation裂度宽度验算4.4.6 cracking load under tbree-edge bearing test裂缝荷载4.3.3 crown顶点 4.1.12 culrert涵洞2.0.17 D DloadD荷载法4.4.19 deadload on conduit (pipeline)管道恒荷载4.2.2 design pressure设计压力4.2.22 detachable type joint活接头 5.1.7 dewatering降水7.0.11 distribution of elastic reaction弹性反力图形4.4.18
8、double junction四通6.1.5 down pipe雨落管2.0.20 down spout雨落管2.0.20 duck foot肘管管托5.2.5 duck管道2.0.1 ductile cast iron pipe(DIP)可延性铸铁管3.1.6 dynamic water pressure动水作用力4.2.25 E earth cover (heightofsoil)overconduit覆土高度4.4.12 earth pressure at rest静止土压力4.2.13 earth pressure on embankment conduit上埋式土压力4.2.7 ea
9、rth pressure on trench conduit沟埋式土压力4.2.6 earth pressure under soil arch土拱压力4.2.8 effective length of pipe管有效长度4.1.5 elastic installation pipeline method 弹性敷管法 7.0.8elastic reaction of soil土的弹性抗力 4.2.15 elbow弯头 6.1.3 electrical conduits电工套管2.0.33 elliptical conduit椭园形管道 3.2.5 embedded type PCCP(PCCP
10、-E)埋置式预应力钢筒混凝土管3.1.14 embedded-cylinder pipe (ECP)埋置式预应力钢筒混凝土管3.1.14 expansion bellows波纹补偿器6.2.7 expansion bend弯管补偿器6.2.2 expansion joint伸缩接头5.1.3 expansion joint伸缩节6.2.3 expansion loop弯管补偿器6.2.2 exterior prism管侧土柱4.2.11 F fiberglass reinforced pipe(FRP)玻璃纤维管3.1.23 filament winding process纤维缠绕法3.3.1
11、1 finely divided solid transmission pipeline细颗粒固体输送管道2.0.27 rixed support固定管托、固定支座5.2.4 rixed trestle固定支架4.4.27 flange法兰6.1.7 flanged joint法兰接头5.1.11 flat subgrade素土平基4.4.8 flattening test压偏试验、偏平试验4.3.8 flexible joint柔性接头 5.1.2 flexble pipe 柔性管 2.0.42 flexible rubber expansion joint可曲挠橡胶接头6.2.8 flex
12、ible trestle柔性支架4.4.29 flexural stiffness ratio刚柔比4.3.7 four-point loading test四点法荷载试验4.3.13 free-flow conduit (pipeline)自流管道2.0.36 fusion joint热溶接头5.1.9 G gas transmission pipeline输气管道2.0.23 gasket ring密封圈5.1.22 glass fibre reinforced plastics pipe (GRP)玻璃纤维增强热固性塑料管3.1.23 gravity-flow conduit (pipeline)重力流管道2.0.36 gray cast iron pipe (CIP)灰口铸铁管3.1.4 gully gratings and frames雨水篦6.3.20 gully trap雨水井6.3.9 H hanger 吊杆6.2.9 haunches under pipe管下腋角7.0.21 beaped load堆积荷
