Finite Element Models-ANSYS-Structural-Thermal-Electromagnetic

The staff of New Vista Research has a great deal of experience conducting Finite Element Simulations. The following are specific Finite Element Codes and modeling areas in which we have previous experience, and past projects using these tools.

Areas of Experience

CAD
      AUTOCAD, CADKEY
Solid Modeling
      ProEngineer, Solidworks
Meshing Tools
      ICEM-CFD, ANSYS
Finite Element Codes
      ANSYS (Structural, Thermal, Fluid Dynamic, and Electromagnetic)
Modeling Areas
      Structural
              Linear
              Nonlinear Deformations, Materials, Elements
              Static
              Dynamic Response, Transients, Response Spectrums, Natural Frequencies
              Buckling
      Thermal
              Steady-State, Transient
              Conduction
              Convection
              Radiation
              Phase Change
      Electromagnetics
              Electrostatics
              Magnetostatics
              Low and High Frequency Electromagnetics
              Current Conduction
              Circuit Coupling
      Coupled Field
              Thermal/Structural        
              Fluid/Structural
              Fluid/Thermal
              Thermal/Electromagnetic

Past Finite Element Projects

Client Project Name


Hyradix
Computational Modeling of the Hyradix Autothermal Reformer Reactant Injection System



Biophan
Human Thermal Physiological Modeling of a Biothermal Power Source
Modeling of the Heating of Cardiac Tissue by a Pacemaker Lead in the Presence of MRI Electromagnetic Fields



Department of Energy
Human Thermal Physiological Model
A Numerical Weather Corrector for Outdoor Vehicle Testing



University of California Berkeley
Human Thermal Physiological Model



Boston SciMed
Fluid Dynamic (CFD) Modeling of Blood Flow Through an Arterial Filter
Angioplasty Surgery Coronary Artery Blood Filter



NASA
CFD Simulations of Supersonic Shear Layer Mixing in the NASP Aerospace Plane Combustor