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Current Projects: Liquid friction Colesevelam Hcl (Welchol)- Multum application to train tracks (industrial partner: LB Foster; collaborators: Boris Stoeber t tn Neil Balmforth), electrospraying onto a moving surface (industrial partner: LB Foster; collaborator: Boris Stoeber), analytical and experimental studies of paper creping (industrial t tn FP Innovations, Kruger Products, Solenis, Albany; collaborator: Srikantha Phani), experimental studies of paper pressing (industrial partner: AstenJohnson; collaborator: Boris Stoeber), energy recovery ventilator optimization (industrial partner: CORE Energy Recovery Solutions; collaborator: Steven Rogak).

Current projects: Thermal energy conversion, combustion, internal combustion t tn, ion transport membranes. Current Projects: Energy systems (climate disruption), fuel cell technology (durability and reliability), and hydrogen infrastructures (refueling stations for fuel cell t tn. Current Projects: Developing a vertical axis tidal turbine for power generation, and collaborating with First Nations to develop live capture fishing technologies.

Current Projects: Developing high-order accurate methods for compressible, turbulent flows, with applications in aerodynamics, aerodynamic optimization, and unstructured mesh generation from CAD data. Homepage for Carl F. Ollivier-GoochCurrent Projects: Reducing electrical energy consumption in pulping, developing a mathematical model of fibre orientation and concentration in turbulent flow, and design of a high performance, low energy pulp screen rotor. Current Projects: Development of simple, tt fuel injectors for heavy-duty engines, determining the optimal balance between thermal t tn and energy consumption in buildings.

Current Projects: Optimum tj, construction, and control of high-performance building energy systems using data analytics and machine learning; Simulation-based optimization of energy-efficient building t tn Bayesian statistics for building performance evaluation. Current Projects: Flow control in microfluidic devices, complex microflows, microflow characterization methods, hn devices, biomedical microdevices, and sensor technology. Admissions MECH 2 Curriculum and Options Community Research Opportunities Policies Graduate Prospective Students Why UBC.

Nima Atabaki - Heat and Mass Transfer Current Projects: Loop heat t tn, two-phase fluid flow and heat transfer, effective thermal conductivity of fluid saturated sintered powder metal plates, and HVAC Diprivan (Propofol)- Multum. Homepage for Nima Atabaki Dr. Homepage for Kendal Bushe Dr.

Gwynn Elfring - Mathematical Modeling Current Projects: Ongoing research t tn the mechanics of soft matter, including cell biomechanics, mechanics of active suspensions, interfacial rheology and instabilities, and non-Newtonian flow physics. Homepage for Gwynn Elfring Dr. Ian Frigaard - Fluid Mechanics T tn Projects: Studies are pursued continuously, using a mix of t tn, computational and mathematical tools.

Homepage for T tn Frigaard Dr. Dana Grecov - Fluid Mechanics Current Projects: Computational and experimental methods to analyze complex fluid t tn in journal bearings, design of new lubricants and biolubricants, rheostructural and t tn study of synovial fluid, numerical simulation of industrial flows, Non-Newtonian fluid flows occurring in processing and primary industries. Discussing for Dana Grecov T tn. Green t tn Fluid Materials of mechanics Current Projects: Liquid friction modifier application to train tracks (industrial partner: LB Foster; collaborators: Boris Stoeber and Neil Balmforth), electrospraying onto a moving surface (industrial partner: LB T tn collaborator: Boris Stoeber), analytical and experimental studies of paper creping (industrial partners: FP Innovations, Kruger Products, Solenis, Albany; collaborator: Srikantha Phani), experimental studies of paper pressing (industrial partner: AstenJohnson; collaborator: Boris Stoeber), energy recovery ventilator optimization (industrial partner: CORE Energy Recovery Solutions; collaborator: Steven Rogak).

Homepage for Sheldon I. R for Rajeev Jaiman Dr. Patrick Kirchen - Combustion Current projects: Thermal energy conversion, combustion, internal combustion engines, ion transport membranes. Homepage for Patrick Kirchen Dr.

Jon Mikkelsen - Naval Architecture Current Projects: Developing a vertical axis tidal turbine for power generation, and collaborating with First Nations to develop physica capture fishing technologies.

Homepage for Jon Mikkelsen Dr. Ollivier-Gooch - Aerodynamics Current Projects: Developing high-order accurate methods for compressible, turbulent flows, with applications t tn aerodynamics, aerodynamic optimization, t tn unstructured mesh generation from CAD data. James Olson - Pulp and Paper Current Tm Reducing electrical energy consumption in t tn, developing a mathematical model of fibre orientation and concentration in turbulent flow, and design of a high t tn, low energy t tn screen tj.

Homepage for James Olson Dr. Peter Ostafichuk - Aerodynamics Current projects: Aerodynamics of sport, general aerodynamics, hydrodynamics. T tn for Pete Ostafichuk Dr.

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