典型文献
Sampling Moiré method for full-field deformation measurement:A brief review
文献摘要:
The sampling Moiré(SM)method is one of the vision-based non-contact deformation measurement methods,which is a powerful tool for structural health monitoring and elucidation of damage mech-anisms of materials.In this review,the basic principle of the SM method for measuring the two-dimensional displacement and strain distributions is introduced.When the grid is not a standard or-thogonal grating and cracks exist on the specimen surface,the measurement methods are also stated.Two of the most typical application examples are described in detail.One is the dynamic deflection mea-surement of a large-scale concrete bridge,and the other is the residual thermal strain measurement of small-scale flip chip packages.Several further development points of this method are pointed out.The SM method is expected to be used for deformation measurement of various structures and materials for residual stress evaluation,crack location prediction,and crack growth evaluation on broad scales.
文献关键词:
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作者姓名:
Qinghua Wang;Shien Ri
作者机构:
Research Institute for Measurement and Analytical Instrumentation,National Metrology Institute of Japan(NMIJ),National Institute of Advanced Industrial Science and Technology(AIST),1-1-1 Umezono,Tsukuba 305-8568,Japan
文献出处:
引用格式:
[1]Qinghua Wang;Shien Ri-.Sampling Moiré method for full-field deformation measurement:A brief review)[J].力学快报(英文),2022(01):42-48
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Sampling,Moir,full,field,deformation,measurement,brief,review,sampling,SM,one,vision,contact,methods,which,powerful,tool,structural,health,monitoring,elucidation,damage,mech,anisms,materials,In,this,basic,principle,measuring,two,dimensional,displacement,strain,distributions,introduced,When,grid,not,standard,thogonal,grating,cracks,exist,specimen,surface,are,also,stated,Two,most,typical,application,examples,described,detail,One,dynamic,deflection,large,concrete,bridge,other,residual,thermal,small,flip,chip,packages,Several,further,development,points,pointed,out,expected,used,various,structures,stress,evaluation,location,prediction,growth,broad,scales
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0.625025
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