biomedical r&d, biomechanics, finite element modeling, lumped mass modeling, ergonomics, precision machining, impact testing, rapid prototyping

Products & Services

• • Biomedical R&d
  • Biomechanics
  • Finite Element Model
  • Lumped Mass Models
• • Ergonomics
  • Precision Machining
  • Rapid Prototyping

Web Result

PFD testing.

PFD Modelling, Testing and Hydrodynamic Drag Measurement 1. Simulation of PFD DynamicsGESAC has developed DynPFDSim software to simulate the dynamics of a person wearing a PFD. The software is a graphically driven, PC based simulation software which allows the user to choose the anthropometry of the PFD wearer. Size and buoyancy of the PFD can also be defined as can the speed of water and wave hei...

http://www.gesacinc.com/pfdtesting.html

FE and lumped mass modelling

Modelling and Accident Reconstruction GESAC has extensive experience in developing finite element and lumped mass models of biological systems and complicated engineering systems. FE and lumped mass models have been used in support of design and load and stress analysis. Some models that we have developed, such as the FE model of an infant eye have been used to evaluate the stresses on the infant ...

http://www.gesacinc.com/modelling.html

Papers and Reports

Papers and Reports Over the years, GESAC staff have made a number or presentations at conferences and written a number of papers. A selected list of these presentations and papers is provided on this page. Presentations are generally in PPT format and can be downloaded. Paper citations are provided so they can be purchased from the appropriate organisation. You are welcome to use any of the materi...

http://www.gesacinc.com/literature.html

SBIR Projects

SBIR Projects Small Business Innovative Research [SBIR] grants are highly competitive R&D funding vehicles. As a general rule, only about 10% of the initial proposals are funded for Phase I and out of these about 10% are funded for Phase II follow up. GESAC has won a number of these grants and a list of these grants with a brief description of the accomplishments is listed below. If you need f...

http://www.gesacinc.com/sbir.html

LX and FLX Advanced Lower...

LX and FLX LX [Lower Extremity] was designed, developed and manufactured under funding from the NHTSA. LX incorporates important structures in the human lower leg such as the Achilles tendon, and the two joints in the ankle. Compressive deformation characteristic of the tibia is modelled by the introduction of a deformable elastomeric puck at the top of the tibia. The LX can be bolted on to the kn...

http://www.gesacinc.com/lx_flx.html

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