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Researcher Details
 
Name: Professor M Berzins
Organisation: University of Utah
Department: Unlisted
Telephone: 801 585 1545
Fax:
Current EPSRC-Supported Research Topics:
Artificial Intelligence Technologies Combustion
Design and Testing Technology Design Engineering
Developmental Biology and Physiology Drug Formulation and Delivery
Engineering Dynamics and Tribology Fluid Dynamics
Image and Vision Computing Information and Knowledge Management
Modelling and Simulation of IT Systems Multimedia
Multiphase Flow Numerical Analysis
Parallel Computing Statistics and Applied Probability
User Interface Technologies

Current EPSRC Support
There is no current EPSRC Support
Previous EPSRC Support
GR/S04871/01 Adaptive Computational Simulation of Chemical Diffusion through Realistic Models of Mammalian Epidermis(P)
GR/S19486/01 A Grid-based approach to the validation and testing of lubrication models(P)
GR/R95814/01 Simulation of Chemical Diffusion through Structurally Realistic Representations of Mammalian Epidermis(P)
GR/R42726/01 SPONTANEOUS OSCILLATORY COMBUSTION IN MICROGRAVITY.(C)
GR/N23585/01 ROPA: AN ADAPTIVE PARALLEL PROBLEM SOLVING ENVIRONMENT FOR TRANSIENT EHL PROBLEMS(P)
GR/M33730/01 COMPUTATIONAL SIMULATIONS MORPHOGENETIC PROCESSES TO EVOLVE REALISTIC LIFE-FORMS USING ADAPTIVE 3D MESHES(P)
GR/M00077/01 ANISOTROPIC MESH ADAPTION AND ERROR ESTIMATION FOR THE F.E. SOLUTION OF 3-D CONVECTION DOMINATED P.D.E.S.(C)
GR/L73104/01 ROPA: HIGH-LEVEL PARALLELISM WITH PREDICTABLE PERFORMANCE FOR UNSTRUCTURED MESH PDE SOLVERS(P)
GR/J84915/01 PARALLEL UNSTRUCTURED MESH GENERATION AND ADAPTIVITY FOR TRANSIENT 3D CFD PROBLEMS(P)
GR/J47002/01 FUNDAMENTAL CHEMICAL AND AERODYNAMIC ASPECTS OF END-GAS AUTOIGNITION AND KNOCK IN GASOLINE ENGINES(C)
GR/J09901/01 RELIABLE AND ADAPTIVE NUMERICAL METHODS FOR MODELLING HYDRAULIC FLOW PROBLEMS(C)
GR/F99113/01 GRASPARC (GRAPHICAL ENVIRONMENT FOR SUPPORTING PARALLEL COMPUTING)(C)
Key: (P)=Principal Investigator, (C)=Co-Investigator, (R)=Recognised Researcher
 
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