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Research Projects
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PI projects:
2013．1-2017.12， Integration of research results based on OpenSees, subproject of Joint
development of OpenSees and its application in earthquake-induced disaster
evolution of civil infrastructures, Major International (China-US)
Cooperation and Exchange Research Project funded by National Natural Science
Foundation of China(NSFC) with No. 51261120376. 3,000,000 Yuan. PI of
sub-project funds 700,000 Yuan.
2013.1-2014.12， Gauss points based discrete element - finite element multi -scale
concrete structures analysis method, Tsinghua
University, State Key Laboratory of Water and Sediment Sciences & Water
Resources and Hydropower Engineering, 100,000 Yuan.
2013.1-2015.12，Sensitivity and reliability analysis
of nonlinear soil structure interaction system based on OpenSees , " Program
for New Century Excellent Talents in Fujian Province. 300,000 Yuan.
2013， DDM-based response sensitivity
analysis of nonlinear sandy soil- structure interaction system , Scientific Research Foundation for returned overseas students ,
as Project Leader , 30,000 Yuan .
2014.1-2015.12, Analysis of train track coupling system based on OpenSees,
National Engineering Laboratory of high-speed railway construction, Central
South University, 100,000 Yuan.
2014.1-2015.12, Numerical modeling and Software Development of overhead conductors,
Power Research Institute of Guangdong Power Grid Company, 750,000 Yuan.
2016.1-2019.12，” An elastoplastic numerical
substructure method for study of seismic
damage and failure process of super
high-rise buildings”, funded by NSFC，720,000 Yuan.
2017.1-2020.12，” The hazard preventions and
simulations for high performance structures by physical and numerical
substructure methods” funded by China Ministry of Science and Technology through
National Key Program of Research and Development, 600,000 yuan.
Co-PI Projects:
2012.7-2012.12, as one of the Chinese
representative to attend "the
third Major Engineering and Urban Environment Disaster/Recovery of China-US Cooperation
Seminar", at the University of California, Berkeley. Natural science
fund, 75000 yuan. As the participant, received 25000 yuan.
2013-2015 " Integration of Earthquake
Disaster of Major Building and Bridge: Integration and Verification of Structural
Earthquake Disaster Results Based on the OpenSees and other Simulation Platform
", sub-project of the Integration Project--the Major Research Plan of
NSFC, 2.6 million, as the major participants.
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Journal Publications
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1. Y Gao, Q Gu*，Z Qiu，J
Wang, 2016, Seismic Response Sensitivity Analysis of Coupled
Dam-Reservoir-Foundation Systems, ASCE J of Eng Mech. online available.
2. Q. Gu, Z. Yang*，Y. Peng, 2016, Parameters affecting
laterally loaded piles in frozen soils by an efficient sensitivity analysis
method, Cold Regions Science and Technology vol.121,
pp 42-51.
3. Q. Gu, Z. Qiu. S. Huang*, A modified
multi-yield-surface plasticity model: sequential closest point projection
method. 2015, Computers &Geotechnics, vol. 69, pp 378-395. 2015 Frozen
soil pile interaction
4. X Ling，X
Du，Y Chen，H Liu，Q
Gu*，G Wang,
2015, Forward to: Recent development of earthquake engineering and soil
dynamics for large-scale infrastructure, Soil Dynamics & Earthquake
Engineering, vol.76.
5. Huang S., Ozcelik O.,Gu Q.* 2015, A
Practical and Efficient Coupling Method for Large Scale Soil-Structure
Interaction Problems, Soil Dynamics and Earthquake Engineering, 2015,
76:44-57.
6. Gu, Q*. Performance and risk
assessment of soil-structure interaction systems based on finite element
reliability methods, Mathematical Problems in Engineering, vol. 2014, pp1-16.
7. Gu. Q*, Yu C, Lin P, Ling X., Tang
L, Huang S, Performance assessment of a concrete gravity dam at Shenwo
reservoir of China using deterministic and probabilistic methods,
International Journal of Structural Stability and Dynamics, vol. 5, 2014.
8. Gu Q, Zona A*, Peng Y, Dall'Asta A,
Effect of buckling-restrained brace model parameters on seismic structural
response, Journal of Constructional Steel Research, vol. 98, pp100-113. 2014.
9. Zhang Y., Pan P.*, Gu Q., Yang J.,
Deng K. 2014, Development of Collaborative Structure Analysis (CSA) System
and Its Application to Investigate Effects of Soil-Structure Interaction,
Journal of Earthquake Engineering, Volume 18, Issue 7.
10. Gu Q., Wang G*. 2013, Direct
Differentiation Method for Response Sensitivity Analysis of a Bounding
Surface Plasticity Soil Model. Soil Dynamics and Earthquake Engineering.
Volume 49, PP 135–145.
11. Gu Q., Barbato M., Conte J.P.*, Gill P.E.,
and McKenna F. 2012, OpenSees-SNOPT Framework for Finite Element-Based
Optimization of Structural and Geotechnical Systems. Journal of Structural
Engineering, (ASCE), Volume 138, Issue 6.
12. Gu Q., Ozcelik O.*, 2011, “Integrating OpenSees with other software
-- with application to coupling problems in civil engineering”, Structural Engineering Mechanics, An
International Journal. Volume 40, (1）.
13. Gu
Q., Conte J.P.*, Yang Z. and Elgamal A., 2011, “Consistent Tangent Operator
for a Multi-Yield-Surface J2 Plasticity Model”, Computational Mechanics
(ASCE), Volume 48, Number 1, 97-120.
14.
Barbato M., Gu Q*. and Conte J.P., 2010, “A new multidimensional
visualization technique for limit-state surfaces in nonlinear finite element
reliability analysis.” Journal of Engineering Mechanics, (ASCE), Volume 136,
Issue 11, pp. 1390-1400.
15.
Barbato M., Gu Q*, and Conte J.P., 2010, “Probabilistic Pushover Analysis of
Structural and Geotechnical Systems.” Journal of Structural Engineering,
(ASCE), Volume 136, Issue 11, pp. 1330-1341.
16. Gu
Q., Barbato M. and Conte J.P.*, Dec.2009, “Handling of Constraints in Finite
Element Response Sensitivity Analysis.” Journal of Engineering Mechanics,
(ASCE). Vol 135 (12), Pages 1427-1438.
17. Gu
Q., Conte J.P.*, Yang Z. and Elgamal A., June 2009, “Response Sensitivity
Analysis of a Multi-Yield-Surface J2 Plasticity Model by Direct
Differentiation Method”, Computer Methods in Applied Mechanics and
Engineering. Vol. 198(30-32), Pages
2272-2285.
18. Kerckhoffs
R., Neal M., Gu Q., Bassingthwaighte J., Omens J. and McCulloch A.*, Jan.
2007, “Coupling of a 3D Finite Element Model of Cardiac Ventricular Mechanics
to Lumped Systems Models of the Systemic and Pulmonic Circulation”, Annals of
Biomedical Engineering, Vol. 35, No. 1,
pp. 1-18.
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