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Course Title:
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Numerical Heat Transfer Fundamentals 2
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Instructor:
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To Be Assigned
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Course Description:
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This course introduces the student to the
use of numerical methods that are commonly used to solve convective heat transfer
problems using the finite volume method. Transient, non-linear,
three-dimensional heat transfer problems with complicated geometries will be
considered.
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Course Objectives:
At the end of this course,
participants will be able to:
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Objective
1: Solve convective heat transfer problems using analytical methods.
Objective 2: Solve convective heat
transfer problems using finite volumes.
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Main Topics to Be Covered:
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Analytical and numerical methods for solving partial
differential equations in heat transfer. Transient problems. Finite volume
methods. Multi-dimensional heat transfer. Grid generation. Curved boundaries.
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Intended Audience:
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This course is intended for engineers and technical
staff who have had an introductory course in numerical heat diffusion, and
want to increase their knowledge of numerical methods for solving convective
heat trasnfer problems.
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Method of Delivery:
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Live Instruction (Web-based synchronous and asynchronous also
available)
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Course Duration:
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Two Hours (overview),
one day (essentials), two days (complete course)
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Prerequisites:
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Thermodynamics, calculus, fluid mechanics.
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Computer Requirements:
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Knowledge of computer programming
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Enrollment Size:
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Minimum #:
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10
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Maximum #:
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20
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Course Content:
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Applied:
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25%
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Theoretical:
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75%
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