Title of article :
Advances in multi scale simulation of hygro thermo mechanical deformation behavior of structural concrete
Author/Authors :
Chen، D.P. نويسنده Anhui University of Technology,Maanshan,China , , Miao، C.W. نويسنده Jiangsu Research Institute of Building Science,China Academy of Engineering,Nanjing,China , , Liu، J.P. نويسنده Jiangsu Research Institute of Building Science,Nanjing,China , , Tang، M.S. نويسنده China Academy of Engineering,Nanjing University of Technology,Nanjing,China ,
Issue Information :
فصلنامه با شماره پیاپی 0 سال 2015
Pages :
11
From page :
267
To page :
277
Abstract :
This paper presents theoretical and numerical state of the art information in the field of hygro thermo mechanical deformation simulation in structural concrete. The aspects discussed include coupled hygro thermo mechanical performance of porous materials including concrete, multi scale simulation of concrete properties especially the volumetric and structural deformation performance, and the multi scale simulation of concrete under the coupling effect of multi physics fields. The multi scale simulation section includes the multi scale simulation of composition and structure in concrete, the multi scale simulation of concrete’s mechanical performance, and the multi scale simulation of durability concerned performance of concrete. This paper presents an overview of the work, of which data from early 80 recent studies, carried out on the multiscale simulation of hygro thermo mechanical deformation performance of structural concrete. The relating previous studies and analysis showed that sufficient data have been obtained to give confidence in simulating hygro thermo mechanical performance of concrete based on the theory of heat and mass transfer in porous media, and the clear relationships have been obtained between moisture heat transfer and hygro thermal distribution at different scale. It is necessary to make further systematic multi scale research on the relationship between micro structure and property parameters of cement paste, threephase basic properties at meso level of concrete and the performance of concrete structures, which makes important practical significance to solve the crack of large area and mass concrete structure and improve the durability of concrete structures
Keywords :
Hygro thermo mechanical deformation , Multi scale , Porous media , Numerical simulation , Concrete
Journal title :
International JOurnal of Civil Engineering(Transaction A: Civil Engineering)
Serial Year :
2015
Journal title :
International JOurnal of Civil Engineering(Transaction A: Civil Engineering)
Record number :
2401822
Link To Document :
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