Material point method - Globe Thesis

Keyword [Material point method] Result: 1 - 20 \| Page: 1 of 2
1.	Research On Interfacial Failure Behavior And Interfacial Toughness Enhancement Of Foam Core Sandwich Composites
2.	Numerical Coupling Techniques And Their Application On High Speed Cutting Problems
3.	Hypervelocity Impact Simulation Of TC4Alloy Based On Material Point Method
4.	Research On Multiscale Methods Based On Smoothed Molecular Dynamic
5.	The Digitalized Method Of Energetic Material Particles And Computer Simulation Under Mesoscopic Scale
6.	Numerical Simulation Of Metal Extrusion Forming Based On Material Point Method
7.	Simulation Of 3D Metal Bulk Forming Based On Material Point Method
8.	Material Point Method For Thermal Responses Of Metals By Ultrashort Pulse Laser Irradiation
9.	Computing Performance Optimization And Application In Nesoscale Numerical Simulation Of Energetic Materials
10.	Mesoscale Numerical Simulation On Mechanical Properties And Damage Of Energetic Materials
11.	The Research On Dynamic Compressive Mechanical Properties Of Two-step Three-dimensional Braided Composites
12.	Numerical Simulation Of Cupping Test Based On Material Point Method
13.	Numerical Simulation For Surface Morphology Of Prismatic Projectile Impacting Target Based On Material Point Method
14.	Simulation Of Particles Impact In Explosive-Driven Compaction Process Based On Material Point Method
15.	Time-discontinuous Material Point Method For The Dynamic Analysis Of Saturated Porous Media
16.	Numerical Simulation Of OFHC Copper Pore Collapse Process Under Impact Load Based On Material Point Method
17.	Simulation Of ECAP-FE Combined Extrusion Process For Magnesium Alloy Based On Material Point Method
18.	Using the generalized interpolation material point method for fluid-solid interactions induced by surface tension
19.	Multiscale simulation from atomistic to continuum: Coupling molecular dynamics (MD) with material point method (MPM)
20.	The numerical prediction of material failure based on the material point method
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