lab_03_heat.transfer

lab_03_heat.transfer - MEC626(F11 Lab Project 3 ANSYS for...

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MEC626 (F11) Lab Project # 3: ANSYS for Heat Transfer Analysis Prepared by Dr. J. Cao 1 RYERSON UNIVERSITY Department of Mechanical and Industrial Engineering MEC626: Applied Finite Elements Lab Project #3: ANSYS for Heat Transfer Analysis Instructor: Dr. J. Cao Note: The lab report for this project should be submitted on time. Late report will receive no marks. Use ANSYS to solve the following heat transfer problems. Note: these problems are geometrically identical to the problems of lab project #2. Problem 1 : bookshelf bracket subjected to convection, acting as a fin Consider the same bracket of the problem #1 in lab project #2 to be subjected to convection as shown. The radius of the hole is in r 25 . 0 , and the temperature at surface of the hole is 900 F o . The conductivity of steel is 1.2 F in hr Btu o / . Determine the steady- state temperature distribution and the minimum temperature in the bracket.
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MEC626 (F11) Lab Project # 3: ANSYS for Heat Transfer Analysis Prepared by Dr. J. Cao 2 Instructions for Solving Problem 1 Using ANSYS 1. Geometry Modeling The geometry of this problem is same as that used in Lab 2. You can create it by following the same procedure in Lab 2 or simply load the database file you created in Lab 2 and clear all the mesh, element type, material properties and boundary conditions. 2.
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lab_03_heat.transfer - MEC626(F11 Lab Project 3 ANSYS for...

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