The supercomputing systems and facilities of C-DAC are used to solve computationally challenging problems in a number of areas of practical significance. These include:
Computational Atmospheric Science
- Mesoscale modeling
- Climate system model
- Medium range weather forecasting
- Air quality modeling and management
Computational Biology
- Genome sequence assembly
- Microarray data analysis
- Structure-based drug discovery
- Protein folding
- Molecular Dynamics simulation
Computational Fluid Dynamics
- Viscous, compressible, unsteady flows
- Laminar natural convection flows
- Fluid flow and heat transfer for heat exchangers
- Simulation of fire in high rise buildings
Computational Structural Mechanics
- Stress analysis of fibre reinforced composite structures
- Fracture mechanics
- Nonlinear stability analysis
- Seismic vulnerability analysis
- Hazard assessment of civil structures