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Improving estimates of critical time-steps for discrete element simulations
Hanley, Kevin
(Principal Investigator)
School of Engineering
Overview
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Research output
(3)
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Explore the research topics touched on by this project. These labels are generated based on the underlying awards/grants. Together they form a unique fingerprint.
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Mathematics
Alternatives
8%
Collision
67%
Computational Cost
22%
Contact
91%
Damping
29%
Directly proportional
7%
Discrete Element Method
40%
Dynamic Systems
53%
Equations of Motion
26%
Estimate
6%
Explicit Scheme
26%
Forcing
8%
Form
5%
Framework
20%
Initial conditions
7%
Interaction
9%
Model
20%
Multiplication
7%
Nonlinear Map
17%
Numerical integration
21%
Numerical Investigation
10%
Rigid Body
9%
Safety
25%
Simulation
68%
Stiffness
9%
Engineering & Materials Science
Costs
17%
Damping
47%
Dynamical systems
44%
Equations of motion
50%
Finite difference method
100%
Granular materials
67%
Stiffness
12%