Continuum Dynamics, Inc. (CDI) provides high-end fluid dynamic and air vehicle modeling software. The firm utilizes the latest computational and experimental modeling tools to provide solutions in Nuclear Engineering Services, Aerospace Engineering, Materials Engineering and Applications, Molecular Modeling, Environmental Analysis, Hydrodynamics and Naval Systems, and Pharmaceutical Applications. The company has a diverse range of expertise in the following areas: Helicopters & Tiltrotor Aircraft; Smart Materials for Aerospace & Marine Applications; Rotorcraft noise reduction; Novel control surfaces for marine systems; Aero- and Hydro-Dynamics for Aerospace, Automotive and Marine Applications; Performance of complete aircraft under icing conditions and in heavy rain; Aircraft wake hazard prediction and avoidance; Turbomachinery fluid dynamic and aeroelastic simulation; Analysis and design of marine propulsion; Hydrodynamic analysis and design of submarine systems: Innovative CFD Solutions for Engineering Analysis and Design--Fast Panel Methods for aerodynamic and hydrodynamic design; Fast vortex particle methods for unsteady vortical flow modeling; Euler and Navier-Stokes solvers for complex internal and external flows; Algorithm design for parallel simulations; Simulation of multi-phase flows; Multi-disciplinary design: Pharmaceutical Applications; Analysis and design of medication delivery systems; Design and fabrication of medication delivery system test equipment; Fast molecular and DNA modeling tools: Environmental Impact Modeling--Atmospheric pollution modeling; Aerial application of agricultural spray materials; Aircraft fuel jettison modeling; Agricultural/Forestry Applications; Fire fighting retardant deposition modeling and analysis; Innovative fire fighting equipment design and testing (SMART Buckets): Tactical Aircraft Defensive Systems; Chemical & biological impact on aircraft; Dynamics and Control System Modeling; Novel aircraft instrumentation systems; Nuclear Power Plant Safety Systems-Analysis of two-phase, steam/water flows; Safety valve dynamics.
