Railway Engineering 2010 Issue 1 Summary on design and construction of subgrade engineering on Wuhan-Guangzhou passenger-dedicated railway

Summary on design and construction of subgrade engineering on Wuhan-Guangzhou passenger-dedicated railway
li ming ling

..............page:102-105

Construction technology on bottom-pad of longitudinally-connected-bottom-pad-type ballastless track used on Leida super-large bridge on wuhan-Guangzhou passengerdedicated railway
xu li li ; feng yi

..............page:45-48

Erecting of steel truss rainproof shed without columns on platform across catenary
han yu zuo

..............page:175-178

Construction of catenary mast foundation on subgrade of Wuhan-Guangzhou passengerdediccated railway
guo jian gang ; wu yong li

..............page:167-169

Stability control technology of track panel on subgrade bed slab of CRTS Ⅰ doubleblock-type ballastless track
chen zheng

..............page:30-31

Some experiences about supervision management for Wuhan-Guangzhou passengerdedicated railway
gao jun ; yang you yuan ; liu xiao

..............page:187-189

Construction technologies of durable concrete used in Wuhan-Guangzhou passengerdedicated railway
jiang jing ping ; dai you bao ; peng jian ping

..............page:153-155

Comprehensive construction technologies of treatment of karst subgrade deformation in new Leiyang railway station
wang dao jun ; wang pei xin ; zhang wu dong ; he xiao zhao ; zhao zhi qiang

..............page:125-128

Indoor experimental study on filling material improving full-weathered clayey plate (rock)
li dong li ; nie zhi hong

..............page:122-124

Construction technology of cement emulsified-asphalt mortar used in CRTS Ⅰ slab-type ballastless track
yang de jun

..............page:42-44

Technological innovation on erecting of Dongping steel truss arch bridge featuring three main trusses across waterway on Wuhan-Guangzhou passenger-dedicated railway
tan kang rong

..............page:71-74

Installation of response device on ballastless track slab for Wuhan-Guangzhou passenger -dedicated railway
liu chuan hua

..............page:179-180

Consultation practice of bridge technologies of Wuhan-Guangzhou passenger-dedicated railway
song jian ; wang rui yuan ; wang ting zheng

..............page:183-186

zi xun

..............page:193

Construction of waterproofing and drainage system in tunnels on Wuhan-Guangzhou passenger-dedicated railway
qin liang ; guo jian gang ; yao zhi hui

..............page:151-152

Construction procedure of bridge deck protection layer on Wuhan-Guangzhou passenger-dedicated railway
guo chuang ke

..............page:95-96

Construction technology of turnout-laid variable cross-section continuous box-girder on passenger-dedicated railway
zhang zuo

..............page:86-88

Key technology on accurate adjusting of ballastless track of Wuhan-Guangzhou passenger-dedicated railway
wang zhi jian ; liu bin

..............page:1-6

Engineering management of connection project for signal, communication, electric power supply and transformer system on Wuhan-Guangzhou passenger-dedicated railway
wu nai an

..............page:163-166

Study on box-girder prefabricated field scale for passenger-dedicated railway
li li fang

..............page:84-86

Full-packaged water-proof and drainage system type and key construction technologies for Liuyanghe river tunnel on Wuhan-Guangzhou passenger-dedicated railway
xiang zhi min ; yuan ren ai ; luo tian lang

..............page:137-141

Study on issues concerning water supply and drain as well as fire-extinguishing systems in Liuyanghe river tunnel on Wuhan-Guangzhou passenger-dedicated railway
meng jiang ; huang dun

..............page:133-136

Elementary analysis of construction logistics transport scheme for double-block-type ballastless track Ⅱ line
guo zuo feng

..............page:35-38

Experimental study on filling process of mattress of subgrade\'s composite foundation on Wuhan-Guangzhou passenger-dedicated railway
li ming ling

..............page:111-114

Track adjusting technology of Wuhan-Guangzhou passenger-dedicated railway
liu ying jian ; liu zhi jun ; ba ya er tu

..............page:59-62

Design study on slab-type ballastless track at turnout area on Leida super-large bridge of Wuhan-Guangzhou passenger-dedicated railway
zhang shi jie ; sun li ; yang yan li ; li qiu yi ; cui guo qing

..............page:13-16

Brief introduction to subgrade waterproofing and drainage system for WuhanGuangzhou passenger-dedicated railway
zhou yun fei

..............page:115-118

Assembling of 140m-span steel box tied-arch bridge and construction technology of ballastless track
zhang zhi cai ; deng wen hong ; li xiao bo

..............page:78-81

Construction technology of Donghu lake super-large 112m-span basket arch bridge
zhang xiao hua ; chai xue zong

..............page:75-77

Construction technology of long rail welded-locking on Wuhan-Guangzhou passengerdedicated railway
liu xin pan

..............page:56-59

Design of ballastless track subgrade transition zone in Wulongquan-Shaoguan section of Wuhan-Guangzhou passenger-dedicated railway
zhan xue qi ; guo jian hu

..............page:106-110

Implementation and management of comparrative test for Wuhan-Guangzhou passengerdedicated railway
liu ai jun ; gao feng

..............page:190-192

Measurement of parameters of catenary mast on Wuhan-Guanzhou passenger-dedicated railway
he sheng jun ; xia jiang he ; wan zuo

..............page:173-175

Application of transforming of second-class bench mark on continuous girder bridge from top to bottom or inverse to Wuhan-Guangzhou passenger-dedicated railway
wu peng ; lai hong bin ; wang guo xiang

..............page:99-101

Integral neutral grounding preplanning and engineering practice of Wuhan-Guanzhou passenger-dedicated railway
cao yu cheng ; su zhi liang ; meng le ping ; lv ji tao

..............page:169-172

Application technology of DSZ/900 deck-type movable scaffolding on WuhanGuangzhou passenger-dedicated railway
hou li zong

..............page:89-91

Construction technology of accurate closure of steel truss arch bridge
zhang chun xin ; liu dai xing

..............page:82-83

Major points in construction method of accurate adjusting location of ballastless track Wuhan-Guangzhou passenger-dedicated railway
tang xiao guang ; hu yun ling

..............page:7-12

Quality control of high-performance concrete construction
xu hong mei ; wang yi ning

..............page:156-158

Monitoring system design for safe operation of Electric Multiple Units on WuhanGuangzhou passenger-dedicated railway
li wei

..............page:63-67

Study on construction technologies of ballatless turnout suitable for speed of 350 km/h
zhao zhi ; qin rui qian ; wan zuo

..............page:17-20

Elementary discussion on crack control mechanism of casting-in-place double-block type ballastless track slab and its prevention measures
zuo yong ping

..............page:21-22

Construction procedure and quality control of CFG(Cement Flyash Gravel)pile on passenger-dedicated railway using long-screw earth auger
zhu guo song ; lang jian ping

..............page:119-121

Calculation analysis of anti-water-pressure liner for Liuyanghe river tunnel on WuhanGuangzhou passenger-dedicated railway
tang

..............page:129-133

Prefabricated quality control over double-block type sleeper used on Wuhan-Guangzhou passenger-dedicated railway
zhang ke qiang ; zhao xu qing

..............page:23-26

Experiences about safe management of joint test run on Wuhan GuangZhou passenger dedicated railway
dong zuo

..............page:181-182

Construction and line-shape control of large-span continuous girder
jiang wei

..............page:92-94

Study on geological forecast technology
tu bi hai ; huang xing ; li ke kun

..............page:146-150

Key construction technologies of CRTS Ⅰ double-block-type ballastless track on Wuhan-Guangzhou passenger-dedicated railway
li fang dong

..............page:26-29

Monitoring and measurement technologies of tunnel construction on passengerdedicated railway
li hui ; li zuo ; liu qing feng

..............page:142-145

Application of steeper slope in design of Shaoguan-Huadu section of Wuhan-Guangzhou passenger-dedicated railway
huang jun ; liu gao zuo

..............page:51-53

Construction technology of high speed turnout slab No 18 on Wuhan-Guangzhou passenger-dedicated railway
zhang xiao hua

..............page:32-35

Prefabricated technology of CTRS Ⅰ type reinforced concrete frame slab
wang wei ; kang lin

..............page:39-41

Application of slab-type turnout technology in construction of Wuhan-Guangzhou passenger-dedicated railway
wang he chuan

..............page:49-50

Application of method including free observation points and triangulateration intersection in accurate adjusting of ballast less track
lang jian ping ; liu qian wen

..............page:68-70

Construction study on erecting of 12m-wide prefabricated box-girder across tunnel on Wuhan-Guangzhou passenger-dedicated railway
li lou yu

..............page:97-98

Control over levelness of rail welded joint on Wuhan-Guangzhou passenger-dedicated railway
lu sheng shan ; bai jie

..............page:54-55

Experimental study on concrete used in slab-type ballastless track on Wuhan-Guangzhou passenger-dedicated railway
ling ben chun ; xue mo mei ; wu

..............page:159-162