Finite Element Analysis
GLSV uses finite element analysis to evaluate product designs for strength under a variety of loading conditions. Finite element models are built from 3D CAD models. Effects such as static and transient loading, thermal induced loads, fluid pressure loads, acceleration loads, acoustic loads, and combined loadings can be evaluated for their impact on stresses, strains, deflections of a structure.
- Linear Static
- Non-linear materials
- Non-linear geometries
- Multiphysics
- Fluid Structure Interaction
Robust, Compliant Designs
Evaluation of structural integrity against a variety of design guidelines including:
- Crane Manufacturers of Association of America (CMMA)
- American Bureau of Shipping (ABS)
- Federal Aviation Association (FAA)
- Mil STD
- American Association of Railroads (AAR)
Analysis Tools
Pre/post processors:
- Hypermesh
- FEMAP
- SolidWorks FEA
Solvers
- Autodesk NASTRAN
- NX NASTRAN
- Radioss
- Optistruct
- SolidWorks FEA
Models include the following linear and non-linear materials:
- Metals
- Composites
- Concrete
- Rubber
- Plastic