Partnership Examples

  • BREIN European Consortium - development of automated wind farm modeling
  • Carnegie Mellon University - teaching and research activity in electronics, energy, biomedical and nanotechnology sciences
  • Colorado School of Mines - development of modeling tools to represent electrochemical systems and supporting components
  • Cornell University, Cornell Theory Center - research on developing tools and methods for turbulent combustion simulations
  • Dalhousie University - research on multiphase flow and power generation applications
  • Georgia Institute of Technology - cardiovascular fluid mechanics research
  • IMPACT Center (consortium) - advancement of microscale mechanical, electrical integrated systems and nanotechnology
  • Illinois Institute of Technology - research in dynamics of fluid/polydispersed particle systems
  • Instituti Ortopedici (IOR), collaboration with European Project (VPHOP) - osteoporotic virtual human physiological
  • Iowa State University - research on CFD simulation of nanoparticle formation in microreactors
  • Korea Advanced Institute of Science and Technology (KAIST) - research in megascale modeling of surface damage for structural health monitoring in civil engineering; microscale modeling of internal damage in composite materials; modeling of surface contact phenomena
  • McGill University Metals Processing Center (MMPC) - iron and steel making research
  • Mississippi State University - fluid dynamics research
  • MIT - research on computational modeling of vascular drug delivery
  • North Carolina State University - research on fluid particle dynamics analysis of biomedical systems; simulation modeling in emerging technologies in nonwoven industry
  • Pennsylvania State University - research in fuel cell modeling
  • Princeton University - research in flow simulations
  • Purdue - electronics cooling research
  • Purdue-West Lafayette, Center for Excellence for Airliner Cabin Environment Research
  • Rutgers University- flow, mixing and scale up problems in mixers
  • St. Petersburg State Polytechnic Institute - aerodynamics student projects and aircraft engine applications
  • TU Darmstad - joint research initiative in CFD software development for multidimensional flow simulations in nuclear reactor containments
  • TU Dresden - research on CFD software development for multidimensional flow simulation; part of European Research Network - EUREKA
  • TU München - joint research on CFD software development for multidimensional flow simulations in nuclear reactor cooling circuits
  • Tufts University - research studying flow in cerebral aneurysms
  • University of Alberta - multiphysics and MEMS research
  • University of Bern - research associated with VPHOP European Project
  • University of British Columbia - research on biomechanical modeling of mechanical behavior of tongue and modeling of airflow
  • University of Connecticut - research on flame simulations with detailed chemical kinetics
  • University of Eindhoven - research on orthopedic applications
  • University of Florida - development of CFD-specific chemical engineering curricula material
  • University of Liverpool -research on impact and blast
  • University of Maryland – high-shear mixing research
  • Universities of Glasgow, Strathcyde and Lancaster - marine energy research
  • University of Texas Arlington - electronics and electronic packaging research
  • University of Utah - research on simulation of nanoparticle synthesis in gas-phase reactors
  • University of Victoria - research in fuel cell technology
  • University of Wisconsin - supporting Kiva users using ANSYS ICEM CFD as a post-processor
  • University of Wisconsin - research in thermal forming
  • Ghent University - biomedical research in cardiovascular modeling