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CRASHWORTHINESS |
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Industry Standard Crash Test Simulations
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Occupant Safety and Pedestrian Protection
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Aluminum, High Strength Steel and Composite Simulation
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Validation against test data
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Design directions to ensure adequate safety of hybrid vehicles
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Full Vehicle |
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Full Frontal Impact (FMVSS 208, NCAP)
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Offset Deformable Barrier Impact (IIHS, ECE 94)
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Side Impact (FMVSS 214, SINCAP, ECE 95), Side Pole
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Rear Impact (FMVSS 301, ECE 32)
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Roof Crush (FMVSS 216)
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Compatibility of Vehicles
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Bumper System |
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Danner/Thatcham
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Low Velocity Impacts
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Door System |
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Seat Systems |
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Belt Pull (ECE14/FMVSS 207/210)
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Child Restraint Anchorage (FMVSS 225/ECE44)
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Front and Rear Impacts with Dummies
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Luggage Retention
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Instrument Panel (IP) |
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- Knee Bolster
- Front and Side Impact
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Interior Trim |
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NOISE, VIBRATION AND HARSHNESS (NVH) |
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Modal Analysis
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Frequency Response Analysis
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Random Response Analysis
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Point Mobility Analysis
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Four-poster test correlation
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Dynamic stiffness of powertrain mounts
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Optimizing mount and bushing stiffness rate
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Design Sensitivity Analysis
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Body-In-White (BIW) |
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Sheet Metal Only
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Trimmed BIW
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Normal Mode
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Frequency Response
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Point Mobility
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Closures |
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Doors, Hoods, Lift Gates
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Sunroof Assembly
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Normal Mode Analysis
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Chassis and Cradle Frame |
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Instrument Panel and Console Structure |
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- Steel, Magnesium, All-Plastic Beams
- NVH with and without Body
- Random Vibration- PSD Input
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Seat Systems |
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- Normal Mode Analysis
- Test Correlation
- Design Sensitivity Analysis
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Power Train |
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Bending Mode Analysis
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Transmission- Frequency Response with
Internals
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DURABILITY |
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Linear Stress Analysis
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Stiffness and Strength Analysis
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Non-Linear Analysis
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Hyper Elastic / Highly Non-Linear Analysis
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Low and High Cycle Fatigue Analysis (Stress based and Strain based)
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Durability evaluation of different test events like Jounce, Pothole, Braking, Cornering etc.
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Chassis and Cradle Frame |
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Under Road Load from ADAMS
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Braking, Cornering, Jounce, etc.
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Inertia Relief Analysis
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Fatigue Predictions
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Weld and Weight Optimization
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Suspension Components |
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Knuckle, Control Arms, etc.
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Hex and Tet Models
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Multiple Load Cases
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Wheel- Durability and Impact
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Weight Optimization
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BIW |
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Closures |
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Doors, Hoods, Lift Gates, Tail Gates
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Rigidity- Torsional, Vertical, etc.
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Over Check and Belt Squeeze
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Dent and Sag Set
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Slam Fatigue
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Seat Systems |
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Power Train |
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Engine Block & Cylinder- Bore Distortion
under Thermal & Bolt Loads
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Exhaust Manifold- Heat Transfer, Thermal
Stress
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Transmission and Transfer Cases- Bearing
Loads, Sealing
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OPTIMIZATION |
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Topology, Topography and Topometry
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Design of Experiments
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Design Sensitivity Analysis
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Response Surface
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Multi-Disciplinary Optimization (MDO)
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MULTIBODY DYNAMICS (MBD) |
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Rigid and Flexible Multi-Body Systems
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Mechanism Analysis
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Vehicle Dynamics and Load Development
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Tire Modeling and Simulation
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COMPUTATIONAL FLUID DYNAMICS (CFD) |
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CFD Expertise |
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Automotive Headlamp and Tail Lamp |
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CFD Analysis of IC Engine |
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Predict Heat Transfer Coefficients (HTC) at coolant-wall interface in cylinder head, block, exhaust and intake ports
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Map HTC at coolant-wall interface to FEA mesh
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Thermo-mechanical analysis to predict temperatures and stress
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Bore distortion analysis & Gasket analysis
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Low cycle and high cycle fatigue analysis
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Vehicle Thermal Management-Coupled CFD & Thermal Analysis |
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Vertical Axis Wind Turbine |
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FSI – Flow Regulators |
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PROCESS SIMULATION |
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Formability- Stamping, Hydro-forming,
Tailor Welded Blank etc
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Plastics- Mold Flow, Warpage, Weld Line,
Cooling etc.
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Forging, Casting, Powder Compaction etc.
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Welding, Heat Treatment etc.
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Process Optimization
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