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Course Outline Wednesday (21 August 2013) UMHFq-
Morning (8:30-11:30) \KKE&3=
Welcome address N9u {)u
Innovations of DDA ke)<E98DC
Geological Engineering input for Block Theory and DDA ~K
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Advances and Challenges of DDA 6H;\Jt
Prof DU Xiuli(杜修力) DU-dIqi
Dr SHI Genhua(石根华) mApl;D X
Prof Yossef H.Hatzor o@L
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Prof MA Guowei(马国伟) Hr \vu`p$
Afternoon (2:30-5:30) :W+%jn
Introduction to block theory using the stereographic projection :!FGvR6
Prof Yossef H.Hatzor Thursday (22 August 2013) )q[Wzx_ j<
Morning (8:30-11:30) JM53sx4&
Finding Key Blocks of slope and tunnels $2a_!/
Drawing single key blocks of slopes and tunnels V@\u<LO0G
Key blocks on the tunnel surfaces 6zGeGW
P. Londe method for dam foundation stability c<{~j~+
Dr SHI Genhua(石根华) UlPGB2B
Afternoon (2:30-5:30) cs[nFfM
Forming 2D or 3D blocks from joints 3PkU>+.6
Statistically producing 2d or 3d joints v|@EuN14<
Forming 2d or 3d tunnel systems 08g2? 5w"
Dr SHI Genhua(石根华) Friday (23 August 2013) jY ;Hdb''
Morning (8:30-11:30) 3ik~PgGoKQ
Rock stability computations of tunnels by 2D DDA j@4]0o
Rock bolting computation by 2D DDA }|nEbM]#
Rock falling of different tunnel directions by 2D DDA mILCC}Kt
Dr SHI Genhua(石根华) >GmO8dK
Afternoon (2:30-5:30) f?(g5o*2
Arch dam foundation stability analysis by 2D DDA &4*f28 s
Gravity dam foundation stability analysis by 2D DDA Oe;1f#`5
Buttress dam foundation stability analysis by 2D DDA <y#@v G
Dr SHI Genhua(石根华) Saturday (24 August 2013) Fz5eCe\B
Morning (8:30-11:30) Ga pM~~
Slope sliding limit equilibrium analysis by 2D DDA iT+t
Slope cable support computations by 2D DDA /!60oV4p0
Slope toppling stability computation by 2D DDA AdzdYZiM_
Dr SHI Genhua(石根华) <)"2rxX&5
Afternoon (2:30-5:30) Fz| r[
2D NMM physical and math mesh producing *z dUCX
2D NMM computations for continuous materials 6p.y/LMO
2D NMM computations for block and joint systems d^0-|sx
What is “Contact Theory” 5fLp?`T
Dr SHI Genhua(石根华) Sunday (25 August 2013) E#cu}zi
Morning (8:30-11:30) y!|4]/G]?t
Application of DDA to rock engineering problems. b{
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A few new developments of the numerical manifold method +=*ND<$n/E
Application of DDA in hydraulic engineering projects hI*6f3Vn(n
Simulation of water permeability using the NMM method //bQD>NBO
New development of key block theory and applications 'u_j5
Coupled thermo-hydro-mechanical DDA models for simulating rock fracturing g'EPdE
Prof Yossef H Hatzor 4~hP25q
Prof ZHENG Hong (郑宏) di<g"8
Prof WU Aiqing (邬爱清) .Y }k@T40a
Prof WANG Yuan(王媛) shiw;.vR{B
Prof ZHANG Zixin(张子新) iEbW[sX[4
Prof JIAO Yuyong(焦玉勇) %H3iX^}*
Afternoon (2:30-5:30) 7Q~$&G
An explicit version of the numerical manifold method cb/$P!j7
Shi’s theory and engineering applications 8k_hX^
Simulation of hydraulic fracturing with DDA =>O{hT^F
Visualization modeling for key block analysis Un&rP70
Key block search and applications *=Ma5J.
Block identification X<f4X"y
Prof MA Guowei (马国伟) y`cL3
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Prof PENG Xiaochu(彭效初) Ty*+?#`
Prof BEN Yuxing (贲宇星) VmZDU(M
Dr XUE Jian(薛健) V|<'o<h8
Prof WANG Shuhong(王述红) H)Z$j&S{
Prof YU Qingchun(于青春) lQ4$d{m`
Evening f{|n/j;n=C
6:30-8:30 c4bv Jy8
Banquet dinner hosted by Research Centre for Rock Mass Mechanics and Engineering, Beijing University of TechnologyDDA Training Course and Seminars 2013 'vKae
21-25 August 2013 .Vs|&c2im
Organized by Research Centre for Rock Mass Mechanics and Engineering, Beijing University of Technology PK&X |
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ISRM Discontinuous Deformation Analysis (DDA) Commission HaR x(p0
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