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using both classical and finite element methods (FEM). Review detailed part or assembly definition prior to production release. Examine structural or material discrepancies and create associated
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composite material response or material signal interactions using finite element, analytical or numerical approaches. • Experience with scientific data analysis programming languages such as or Python
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high-speed rotating equipment. Finite Element (FE) modeling/analysis. Expertise with 3D CAD modeling drafting, and product data management (PDM) systems. Proficiency with SolidWorks. Experience creating
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-mechanical processing. Some of these modeling tools include density functional theory (DFT), CALPHAD-based models, phase-field models, and finite-element models (FEM) to predict as-built microsegregation
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of both mechanical systems and components. The emphasis is on designing for the complete product life-cycle. Topics in parametric design and design optimization using Finite Element Analysis (FEA), Computer
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withpractical finite element analysis using ANSYS Workbench or Comsol, and pipe stress analysis programs such as CAESAR-II, CAEPIPE, AUTOPIPE, WINPIPE, ROHR2. Experience creating and checking detailed mechanical
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. Experience related to fluid, cryogen, pressure, flow rate, and gas sensors and instrumentation. Computer-aided design (CAD) experience and demonstrated proficiency (SolidWorks™ preferred). Finite-element
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) experience and demonstrated proficiency (SolidWorks™ preferred). Finite-element analysis (FEA) experience and demonstrated proficiency (e.g., Ansys™ or equivalent). Gas dynamical modeling expertise (e.g
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. Experience in application of helium mass‐spectrometer leak detection (MSLD) apparatus. Computer-aided design (CAD) experience and demonstrated proficiency (SolidWorks™ preferred). Finite-element analysis (FEA
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and timeframe Different methods will be used to address the Objectives given above. Objective 1: GIS analysis of historic maps and aerial imagery Potentially capture of new UAV imagery Objective 2