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Performs cutting-edge research in Impact Testing, Finite Element Analysis (FEA), Experimental Testing, Stress Analysis, Dynamics, and Machine Design
Executes computational deformation simulations utilizing extensive multi-processor workstation networks
Handles FEA models containing multi-million degree-of-freedom systems
Implements both conventional and innovative element formulations for simulating large deformation scenarios with contact interactions
Operates both MPP and SMP versions of advanced large deformation finite element software
Advanced research facilities feature:
Dynamic testing equipment including Large Energy Droptower (45 kJ), Low Energy Droptower (3 kJ), Pneumatic Accelerator, Split Hopkinson Pressure Bar (SHPB) System, Instron instrumented Charpy Impact Tester, Instron RR Moore Fatigue Tester
Quasi-static testing apparatus featuring 300 kN Long Stroke Tension/Compression Tester, MTS Universal Tension/Compression Machines ranging from 50 kN to 650 kN capacity
Advanced visual data capture using high-speed megapixel Photron SA4 cameras and precision Point Grey research cameras
Digital Image Correlation (DIC) Analysis platform
Motion analysis software (ProAnalyst 2D and 3D versions)
Comprehensive transducer array for quasi-static and dynamic measurements including laser displacement sensors, accelerometers (MEMS- and ICPIEPE-based), and load cells (Strain gauge- and ICPIEPE-based)
Data acquisition systems comprising National Instruments CompactDAQ, DTS SLICE micro DAQ, with National Instruments LabVIEW and DIAdem software