Manufacturing
Manufacturers today are under ever-increasing
pressure to deliver higher quality products while
lowering costs to stay competitive. In other words,
do more with less. That’s where Martec comes
in. We have been helping manufacturers optimize their
product designs using advanced structural analysis,
in particular, Finite Element Analysis (FEA), for
more than 30 years.
FEA is a computer-based, engineering
analysis technique that predicts the responses of
structures and materials to external load factors
such as stress, heat and vibration. Bringing extensive
engineering experience to the table, our experts first
develop a 3D computational model of a product design
and then simulate the performance of the design under
real-world conditions.
By testing multiple scenarios,
engineers can optimize the product design by identifying
and correcting points of possible structural failure.
This helps manufacturers improve overall product quality,
reliability and performance, and lower design costs
by reducing the need for expensive prototypes, shortening
design cycles and accelerating time to market.
Combining a unique mix of theoretical, practical and experimental knowledge with years of experience in advanced structural analysis using FEA, we have the sound engineering judgment required to provide practical analytical answers. We have helped many manufacturers build better products while lowering costs to stay competitive.
Martec experts use a variety of
proven and validated engineering analysis software
tools including ANSYS, LS-DYNA, PamCrash, MSC/NASTRAN
and Trident FEA. For special requirements, custom
software capabilities can be developed in-house. Martec's
comprehensive structural analysis and design capabilities
include:
- Structural response analysis: stress, displacement,
vibration, dynamic, buckling
- Thermal: temperature and structural response
- Impact: crash/collision simulation
- Nonlinear material and large displacement analysis
- Material property evaluation and modeling
- Composite design and analysis
- Working stress and/or limit states design
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