摘要
In this review, acritical look at the research progress ofexperimentalsolid mechanics in China for the past years is presented. Issues are discussed of the discovery and development of new fundamental methods and techniques versus performance benchmarking for many of their applications. Included herein are photoelasticity and various forms of modern photomechanics, acoustical techniques, image processing and videometrics, radial and spectrum techniques, and experimental mechanics on micro/nano scale. It is also noticed that both the ever developed instrumentation and specialized synthetical techniques have played important roles in advancing experimental mechanics in scientific researches and industrial applications. Finally, an attempt is made to look into the future of experimental solid mechanics with personal opinions offered on what the future trends will be for the researches in the field.
In this review, acritical look at the research progress ofexperimentalsolid mechanics in China for the past years is presented. Issues are discussed of the discovery and development of new fundamental methods and techniques versus performance benchmarking for many of their applications. Included herein are photoelasticity and various forms of modern photomechanics, acoustical techniques, image processing and videometrics, radial and spectrum techniques, and experimental mechanics on micro/nano scale. It is also noticed that both the ever developed instrumentation and specialized synthetical techniques have played important roles in advancing experimental mechanics in scientific researches and industrial applications. Finally, an attempt is made to look into the future of experimental solid mechanics with personal opinions offered on what the future trends will be for the researches in the field.
基金
Project supported by the NSFC (Nos.10472112,19232020,10627201,10972113, 90916010 and 10732080)
the National Basic Research Program of China (Nos.2007CB936803 and 2010CB631005)
SRFDP (Nos.20070003053 and 20090002110048)
关键词
PHOTOMECHANICS
HOLOGRAPHY
SPECKLE
MOIRE
PHOTOELASTICITY
diffraction
phaseshifting
carrier
wave
synchrotron
radiation
ultrasonic
image
processing
mechanical
behavior
photomechanics, holography, speckle, Moire, photoelasticity, diffraction, phaseshifting, carrier wave, synchrotron radiation, ultrasonic, image processing, mechanical behavior
