北京理工大学机电学院英文网-凯发k8官方网娱乐官方

current location: home - lecture

guo baoqiao

name

guo baoqiao
title

lecturer
address

room 326a, teaching building no.3, school of mechatronical engineering, beijing institute of technology, beijing, china
tel

86-10-68918740
email

baoqiao_guo@bit.edu.cn

research interests

optical method, full-field measurement, inverse method, the virtual field method, mechanical parameters identification and characterization. high-speed imaging under impact and blasting loading

academic achievements

[1]. chen p., liu h., ding y., guo b., chen j. and liu h. (2016) dynamic deformation of clamped circular plates subjected to confined blast loading. strain 52: 478-491.
[2]. zhu r.h., xie h.m., hu z.x., jiang l.b., guo b.q. and li c.w. (2015) performances of different subset shapes and control points in subset-based digital image correlation and their applications in boundary deformation measurement. applied optics 54: 1290-1301.
[3]. jiang l., guo b. and xie h. (2015) identification of the elastic stiffness of composites using the virtual fields method and digital image correlation. acta mechanica sinica 31: 173-180.
[4]. chen j., guo b., liu h., liu h. and chen p. (2014) dynamic brazilian test of brittle materials using the split hopkinson pressure bar and digital image correlation. strain 50: 563-570.
[5]. baoqiao guo huaixiwang, huimin xie, pengwan chen (2014) elastic constants characterization on graphite at 500 oc by the virtual fields method. theor appl mech lett 4: 9-021010.
[6]. guo b.q., xie h.m., li y.j., chen p.w. and zhang q.m. (2011) displacement fields denoising and strains extraction by finite element method. theor appl mech lett 1: 011004-011001-011004.
[7]. guo b., xie h., zhu j., wang h., chen p. and zhang q. (2011) study on the mechanical behavior of adhesive interface by digital image correlation. science china-physics mechanics & astronomy 54: 574-580.
[8]. giraudeau a., pierron f. and guo b. (2010) an alternative to modal analysis for material stiffness and damping identification from vibrating plates. journal of sound and vibration 329: 1653-1672.