机电工程应用科学硕士-流体力学与火灾行为

流体力学和火灾行为小组的几项研究计划致力于对广泛的流体力学问题进行实验和分析研究。目前正在进行的项目涉及复杂湍流剪切流的测量和建模
The Department of Mechanical Engineering offers programs leading to the degrees of Master of Applied Science (MASc), Master of Engineering (MEng) and Doctor of Philosophy (PhD). Normally the PhD program is not undertaken until the MASc program has been completed. The programs are open only to students who satisfy certain admission requirements. Begin your application at least two weeks prior to the deadlines below to give your referees enough time to submit references on your behalf, and to ensure you have enough time to upload the documents required. ALL required documents must be uploaded by the deadline date. We recommend you upload your documents within two weeks of receiving your Waterloo ID Number so we can begin reviewing your application package. In broad terms, the requirements for the PhD degree are a thesis plus the satisfactory completion of three courses, normally chosen from the list of graduate courses. For the MASc degree, the requirements are a thesis plus the satisfactory completion of four courses and a seminar. For the regular MEng program the requirement is satisfactory completion of eight one-term graduate level courses and one communications course. The normal length of time to complete the programs is three to six terms (one to two years) for the full-time Master's degree and six to twelve terms (two to four years) for the full-time PhD degree. The maximum time limit for completion of Master's degree requirements totally on a part-time basis is fifteen terms. The maximum time limit for completion of PhD degree requirements totally on a part-time basis is twenty-one terms for a PhD program from an Honours Bachelor's degree, and eighteen terms for a PhD program from a Master's degree. <br><br>Several research initiatives in the Fluid Mechanics and Fire Behavior Group focus on experimental and analytical investigation into a broad class of fluid mechanics problems. Current projects underway relate to measurements and modeling of complex turbulent shear flows, environmental flows and reacting turbulent flows. The detailed physics of these flows is studied using a combination of advanced experimental techniques and computational fluid dynamics.