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Overview
In aerospace, mechanical, biomedical
devices, and civil engineering industry, Computational Engineering Inc. has Extensive experience in
various aspects of analysis, design, identification, damage detection, reliability assessment, and
repair of
- Diverse engineering systems
- Semiconductor equipment
- Robotics
- Nuclear medical imaging systems
- Electronic devices
- Connectors
- Solar arrays
- Batteries
- Antennas
- Electronics box assemblies
- Tires
- High pressure valves
- Pumps
- Turbines, etc.
Such diverse set of competency has been built on Computational Engineering Inc’s strong
background in the following areas:
- Linear and nonlinear stress analysis
- Deterministic and random vibration analysis
- Dynamic performance evaluation
- Linear and nonlinear vibrations
- Damping augmentation devices
- Composite material modeling
- Elastomer characterization & modeling, estimation and simulation of static and dynamic loads
- Fatigue assessment
- Crack prediction and control
- Failure analysis
- Buckling analysis
- Environment and load prediction analyses, design optimization
- Steady state/transient linear/nonlinear thermal analysis.
At Computational Engineering, Inc, our experts posse strong knowledge of
- The finite element method
- Modal theory
- Structural dynamics
- Structural mechanics
- System stability
- Analytical and experimental vibration analysis
- Constitutive modeling
- Digital signal processing
- Systems identification
- Numerical analysis
In addition, we also provide expertise in the research, development, integration, and verification
of advanced numerical algorithms to simulate the complex behavior of nonlinear systems under
static, dynamic, and thermal loading.
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