CE 2200 Chapter : CE 2200 Fall 2016 Course Syllabus 08 22 16
Document Summary
Willson office hours: open door policy and by appointment. Ta help sessions: will be announced within the first week of the semester. Text: cengel and cimbala, fluid mechanics: fundamentals and applications, 3rd edition, mcgraw hill, There are three options for purchasing the textbook and mcgraw hill connect access. For those of you who already have or can get a used/borrowed/etc. version of the book, you would simply go with option 3. This course is designed so that, upon completion, the student can apply the basic principles of fluid mechanics to solve typical introductory problems of incompressible flow that are of interest in engineering practice. Student outcome objectives: the student will have an understanding of basic fluid properties and how these influence fluid statics and movement. This will include both plane and curved surfaces. This includes understanding the concepts related to velocity, acceleration, and flow visualization: the student will have an understanding of the basic control volume approach.
