Ultraviolet reactors are currently used on a commercial scale to disinfect fluids such as drinking water and secondary effluent. However, current reactor designs are limited in their ability to treat optically thick fluids, due to the short penetration of the UV in these fluids. New reactor designs are required to overcome this problem. This internship will use computer modeling to simulate the behaviour of a novel reactor for treating fluids with UV radiation. The modeling will help to determine the critical design parameters for treating various fluids.
The project with Revolution Engine Corporation, a development stage company striving to commercialize a novel internal combustion engine, will simulate the airflow into and out of the expansion and compression of cylinders of the revolution engine. As a secondary objective the research will model the stresses and temperatures in the engine header through which the air flows. These tasks will require dynamic modelling of the reciprocating pistons and tappet valves. As a result the project will require considerable human expertise and computing resources.
The medical team at the Asthma Centre at St. Joseph’s Hospital in London, Ontario is dedicated to providing the best care for its patients. Extensive investigations at the clinic have revealed that many patients present with functional dyspnea, the experience of breathlessness without an identifiable cause. Despite its undetectable organic pathology, those affected by functional dyspnea have a decreased quality of life. Unfortunately, the medical sphere is ill-equipped to provide treatment for patients whose symptoms do not have an identifiable origin.