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Latest funding
- $120,000
The development of multi-scale computational tools to model multiple hydraulic fractures propagating in complex media.
NSERC · 2015 · Principal investigator
- $10,089
A multicore GPU server for modeling hydraulic fractures
NSERC · 2011 · Principal investigator
- $48,530
Computation and visualization in pure and applied mathematics
NSERC · 2010 · Co-investigator
The development of multi-scale computational tools to model multiple hydraulic fractures propagating in complex media.
Principal investigators: Peirce, Anthony
A multicore GPU server for modeling hydraulic fractures
Principal investigators: Peirce, Anthony
Computation and visualization in pure and applied mathematics
Principal investigators: Doebeli, Michael
Asymptotic and numerical analysis of hydraulic fractures
Principal investigators: Peirce, Anthony
Efficient and robust numerical models of fracture
Principal investigators: Peirce, Anthony
4 CPU Pentium server and 6 Pentium III Desktop (Applied mathematics computing laboratory)
Principal investigators: Peirce, Anthony
Efficient and robust numerical models of rock fracture processes
Principal investigators: Peirce, Anthony
Robust, efficient, scientific computation and visualization
Principal investigators: Ascher, Uri
Fracture processes in rock mechanics; reactive flows; molecular control
Principal investigators: Peirce, Anthony
From CIHR, NSERC and SSHRC funding decisions: CIHR since 2008, NSERC since 1991 and SSHRC since 1998, including their latest published competition results.
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