|
Number
|
Project source
|
Project name
|
Head
|
Contract funds(10thousand￥)
|
Start-end time
|
|
1
|
Hubei province
natural science foundation of key projects
|
Long-span, high
mixing composite girder bridge web stability analysis and anti-crack
performance study bridge panel
|
Mu-yu liu
|
10
|
2014-2016
|
|
2
|
Hubei province
natural science fund projects
|
Passive variable
friction damper in the application of the rubber base isolation structure
|
Zhou qiang
|
3
|
2014-2015
|
|
3
|
The national natural
science fund projects
|
Many high-rise steel
frame under strong earthquake welding joints crack initiation and extension
of fatigue life prediction and evaluation
|
Wei-lian qu
|
85
|
2014-2017
|
|
4
|
The national natural
science fund projects
|
Elastic rotation
constraint boundary of long-span steel bridge and mixed high web stability
study
|
Mu-yu liu
|
80
|
2014-2017
|
|
5
|
Youth fund of
national natural science fund
|
Under the background
of real meteorological strike critical wind flow field characteristics and
wind load model research
|
JiBaiFeng
|
25
|
2014-2016
|
|
6
|
Youth fund of
national natural science fund
|
Buried deep
underground excavation induced transient unloading mechanism of displacement
of surrounding rock mutations
|
Luo yi
|
25
|
2014-2016
|
|
7
|
The ministry of
education of doctoral fund project of the new teacher
|
Considering
parameters calculation method of the long-span concrete bridge creep research
|
Lu Zhifang
|
4
|
2013-2015
|
|
8
|
Youth fund of
national natural science fund
|
Hot - conditions to
describe fluid-solid interaction grouting cement-based functionally gradient
materials design and performance study
|
toysun
|
25
|
2013-2015
|
|
9
|
Youth fund of
national natural science fund
|
Underground structure
- soil - foundation - the surface structure and simplified calculation method
for the research on the earthquake response of the complex system
|
Guo-bo wang
|
25
|
2013-2015
|
|
10
|
Youth fund of
national natural science fund
|
Under sustained load
historical building time-varying decayed wooden parts strength degradation
model research
|
Xue-liang wang
|
25
|
2013-2015
|
|
11
|
The national natural
science fund projects
|
Top industrial
factory building structure vibration control theory research
|
Jia-yun xu
|
80
|
2013-2016
|
|
12
|
The national natural
science fund projects
|
The deep rock mass
under high geostress dynamic characteristics and the explosive stress wave
propagation law research
|
Li Xinping
|
81
|
2013-2016
|
|
13
|
The ministry of
education of doctoral fund project of the new teacher
|
Strike suddenly and
violently under the multi-scale numerical simulation of wind flow and
transmission line - tower structure collapsed the whole process of research
|
JiBaiFeng
|
4
|
2012-2014
|
|
14
|
The ministry of
education university doctoral research fund
|
Based on the density
gradient changes of concrete continuous rigid frame bridge mechanical
performance improvement mechanism
|
Mu-yu liu
|
12
|
2012-2014
|
|
15
|
Youth fund of
national natural science fund
|
Railway steel bridge
node weld intelligent control method of the evaluation of fatigue life and
prolong life
|
lunatic
|
25
|
2012-2014
|
|
16
|
The national natural
science fund projects
|
Large span bridge
wind - temperature coupling effect mechanism of theoretical research and
testing
|
Chen bo
|
60
|
2012-2015
|
|
17
|
The national natural
science fund projects
|
New intelligent
magnetorheological elastomer material device and application in ship lift
earthquake lash effect control
|
Jian-wei tu
|
60
|
2012-2015
|
|
18
|
The national natural
science fund projects
|
Ground vibration
levels - swing component under the action of a suspension structure seismic
response research quality
|
Wen-hui wei
|
59
|
2012-2015
|
|
19
|
Hubei province
natural science fund projects
|
Long-span
cable-stayed bridge health monitoring and damage detection of lasso
|
Dong-mei tan
|
2
|
2011-2012
|
|
20
|
The national natural
science fund projects
|
Large-span welding
space steel structure wind-induced damage theory and early warning system for
intelligent diagnosis research
|
Liu hui
|
37
|
2011-2013
|
|
21
|
Hubei province
natural science fund projects
|
Porous overlap tunnel
adjacent to three-dimensional seismic response study
|
Guo-bo wang
|
2
|
2010-2011
|
|
22
|
The national natural
science fund projects
|
The deep of the
fractured rock mass and unloading mechanical properties and the field
coupling model study
|
Li Xinping
|
40
|
2010-2012
|
|
23
|
The national natural
science fund projects
|
Strike critical flow
formation and diffusion of the hybrid numerical simulation and the analysis
of the disaster of transmission towers
|
Wei-lian qu
|
40
|
2010-2012
|
|
24
|
Military special
|
200929 zx01
|
Li Xinping
|
60
|
2009-2011
|
|
25
|
Hubei province
natural science fund projects
|
Bridge project life
cycle environmental impact assessment method study
|
Mu-yu liu
|
2
|
2009-2011
|
|
26
|
The national natural
science fund projects
|
Bridge three to
wind-induced vibration control and continuous control theory research
|
Jia-yun xu
|
35
|
2009-2011
|
|
27
|
Key project of
national natural science funds
|
With damage of
automatic diagnosis function of intelligent tall structures system of basic
research
|
Wei-lian qu
|
190
|
2009-2012
|
|
28
|
Ministry of science
and technology, 863
|
Railway steel bridge
fatigue damage since the induction of self-diagnosis system research
|
Wei-lian qu (deputy
team leader)
|
80
|
2008-2010
|
|
29
|
The national natural
science fund projects
|
Large span and iron
combination of intelligent hybrid control of train braking effect of
cable-stayed Bridges
|
Jian-wei tu
|
20
|
2008-2010
|
|
30
|
The national natural
science fund projects
|
Based on the
semi-active damper structure of the hybrid energy consumption monitoring and
control system research
|
Chen bo
|
20
|
2008-2010
|
|
31
|
The national natural
science fund projects
|
The mast on
wind-induced fatigue safety early warning theory and method
|
Wei-lian qu
|
30
|
2007-2009
|
|
32
|
Ministry of science
and technology, 863
|
Sliding resistance,
flame retardant, noise reduction multi-functional tunnel pavement structure
design and pavement technology
|
Mu-yu liu (deputy
team leader)
|
347
|
2006-2008
|
|
33
|
National natural
science foundation of major international collaborative research projects
|
Verify the model of
structural health intelligent monitoring system and experimental research
|
Wei-lian qu
|
9
|
2006-2008
|
|
34
|
Ministry of science
and technology, 863
|
Smart materials and
smart structure design and major civil engineering applications
|
Wei-lian qu (deputy
team leader)
|
100
|
2005-2007
|
|
35
|
National natural
science foundation of major international cooperation projects
|
Significant
structural vibration theory and the application of intelligent control
|
Wei-lian qu
|
90
|
2005-2007
|
|
36
|
The national natural
science fund projects
|
Transmission tower
structure node coupling bolt looseness damage detection theory and
application
|
Wei-lian qu
|
29
|
2004-2006
|
|
37
|
Ministry of science
and technology, 863
|
High performance
lightweight concrete structure to the study of long-span Bridges
|
Mu-yu liu (child)
|
17
|
2003-2005
|