Fall 2016 Solicitation Selectees
The HPC4Mfg Program expands its impact with new awards:
- Ford Motor Company will partner with ANL to study the effect of dimensional tolerances on the cylinder to cylinder variation in engine performance in a project titled “CFD Study of Impact of Part-to-Part Variations on Spark-Ignition Engine Charge Formation.”
- Arconic, Inc. will partner with ORNL to develop high-melting-point, lightweight alloys in a project titled “High Performance Computing for Phase Predictions for Multi-Component Alloy Systems.”
- GE Global Research will partner with ORNL to reduce process development time and accelerate process certification of additively manufactured parts in a project titled “Powder Spreading Process Maps for Metal Additive Manufacturing.”
- LLNL will partner with United Research Technologies Corporation to reduce defects in additively manufactured parts in a project titled “High Fidelity Physics-based Model Driven Process Parameter Selection for LPBF Additive Manufactured Metallic Aerospace Components.”
- General Electric Research Corporation will partner with ORNL to reduce manufacturing costs in a project titled “Surface Roughness Effects from Additive Manufacturing in High Efficiency Gas Turbine Combustion Systems.”
- Applied Materials, Inc., will partner with LLNL to improve powder bed formation in additively manufacturing processes in a project titled “Simulating Properties of Metal Powder Beds Used for Additive Manufacturing of Parts in Semiconductor, Solar and Display Equipment.”
- LBNL will partner with Samsung Semiconductor, Inc. (USA) to optimize the performance of semiconductor device interconnects in a project titled “Making Semiconductor Devices Cool through HPC Ab Initio Simulations."
- Arconic, Inc. will partner with LLNL and ORNL to develop new lightweight alloys in a project titled “Computational Modeling of Multi-Strand Aluminum DC Vertical Casting Processes Incorporating Cast Structure and Thermal Treatment Effects Contributing to Rework Energy Losses."
- 7AC Technologies will partner with NREL to improve air conditioning technologies in a project titled “Modeling Water Vapor Transport at Liquid/Membrane Interfaces for Applications in Liquid Desiccant Air Conditioners.”
- Sierra Energy will partner with LLNL to enable gasification technologies to reduce landfill waste and create renewable energy in a project titled “High Performance Computing of Sierra Energy’s FastOx® Gasification Polisher to Optimize Waste-to-Syngas Conversion."
- 8 Rivers Capital will partner with LLNL to develop a robust oxy-fuel sCO2 combustion CFD model to evaluate the performance of the Allam Cycle combustor in a project titled “Advancement of Combustion Design and Modeling Techniques through the Application of High Performance Computing to sCO2 Combustor Development.”
- LanzaTech Inc. will partner with LLNL to develop a multiphase CFD model for turbulent bubbly flow in airlift bioreactors in a project titled “Innovative Bioreactor Designs for Process Intensification in Biological Natural Gas Conversion.”
- The Timken Company will partner with ORNL to improve reliability and lifetime of wind turbines in a project titled “Crystal Plasticity Finite Element Model to Study the Effect of Microstructural Constituents on White Etch Area formation in Bearing Steels.”