NJIT ME 717 - Syllabus (5 pages)

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Syllabus



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Syllabus

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Pages:
5
School:
New Jersey Institute of Technology
Course:
Me 717 - St:electrochemical Systems And F
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ME 717 COMPUTER AIDED ENGINEERING Instructor Dr Herli Surjanhata Mechanical Engineering Department Office 328 MEC Phone 973 596 3317 e mail surjanhata adm njit edu Web Page web njit edu surjan Office Hours will be announced in class and posted in instructor s website see Instructor Schedule Grid Textbooks and Notes Instructor s Lecture Notes References User s Guide of software packages used in the course Computational Fluid Dynamics by T J Chung Cambridge University Press 2002 ISBN 0 521 59416 2 Course Description This is a course introducing various concepts of CAD Computer Aided Design and CAE Computer Aided Engineering as applied to Mechanical Engineering design problems Topics include modeling importing various CAD model formats assembly and animation of the results of analysis static modal nonlinear contact impact failure thermal and multi physics analyses and computational fluid dynamics for design The laboratory component involves use of current CAD CAE software packages Software Packages 1 Pro ENGINEER and Pro MECHANICA by PTC Inc 2 ANSYS by ANSYS Inc 3 Fluent and Gambit by Fluent Inc Prerequisites ME 635 or department approval Miscellaneous NJIT Academic Honor Code will be upheld and any violations will be brought to the immediate attention of the Dean of Students visit http www njit edu academics honorcode php 1 For any modifications or deviations from the syllabus throughout the course of the semester instructor will consult with students and the students must agree to Course Outline Lectures Week Number 1 TOPICS Software package Pro ENGINEER and Pro MECHANICA Introduction to the course Computer Aided Engineering 2 Software package Pro ENGINEER and Pro MECHANICA 3 3D contact analysis latch mechanism Symmetric constraints bearing loads in structure analysis mill bearing Software packages Pro ENGINEER and Pro MECHANICA 6 A Steel Cooling Spine Transient and steady state thermal analysis heatsink Modal Analysis of Tuning Fork Software package Pro ENGINEER and Pro MECHANICA 5 Structural static analysis with design sensitivity studies and optimization bracket Tractor Suspension Software package Pro ENGINEER and Pro MECHANICA 4 Rectangular Plate with Circular Hole Large deflection analysis nonlinear analysis of plate Torsion analysis U joint under torsion load Chip Steady State and Transient Thermal Analysis also Static Analysis Buckling of a Circular Arch Buckling analysis plate with ribs as stiffeners Software packages Pro ENGINEER and Pro MECHANICA ANSYS Classic Modeling adding element type material properties constraints symmetry boundary conditions pressure loads solve post process of the results using ANSYS Data exchange between CAD systems e g IGES Import IGES assembly model 2 7 Software packages Pro ENGINEER and Pro MECHANICA ANSYS Workbench 8 Elasto Plastic of C Clamp Ansys Classic Pipe Junction Steady State Analysis Ansys Classic Bike Frame Analysis Ansys Workbench Software packages ANSYS Workbench and Classic 11 Coupled Field Multiphysics Analysis of a MEMS Thermal Actuator Under Interaction Between Thermal Electric and Structure Fields Impact Analysis Deformation of Copper Cylinder Projectile Motor Base Support Assembly Project Software packages ANSYS Workbench and Classic 10 Fatigue Analysis of Piston Pro MECHANICA Structural Static and Modal Analysis of Hood Latch Ansys Workbench Press Fit Contact Analysis Ansys Workbench Software packages ANSYS Workbench and Classic 9 Fatigue analysis Helicopter blade rotor Belt Clip Optimization Project Nonlinear Analysis of a plate ANSYS Classic Rotating Gear Ansys Classic Steady Transient and Thermal Stress Analysis of Circuit Board Ansys Workbench Suspension Bracket Project Software packages Pro ENGINEER Excel GAMBIT and FLUENT COMPUTATIONAL FLUID DYNAMICS Import geometry from other CAD system Create structured mesh on faces Set boundary types and prepare the mesh to be read into CFD package Export a mesh for CFD analysis Read an existing grid file into CFD package Set material fluid properties and boundary conditions for turbulent forced convection problem Calculate a solution using the segregated solver 3 12 Software packages GAMBIT and FLUENT 13 Mixing Elbow Analysis Converging Diverging Nozzle Analysis Periodic flow and heat transfer External Compressible Flow Over Bullet Turbulent Flow in Wavy Channel Project Turbine Cascade Software packages GAMBIT and FLUENT 14 Turbulent Fluid Flow and Heat Transfer in 3 D Mixing Junction NACA Airfoil Project Centrifugal Blower Project Software packages GAMBIT and FLUENT Wind Tunnel Simulation of a Sport Car Homework related to the lectures will be assigned collected and graded The laboratory will be in the ME Computer Lab MEC 219 and will have hands on sessions to cover the topics of the course SUBMITTED ASSIGNMENT FORMAT Projects assignments should be submitted according to the following format 4 Grading Scheme The grade will be based on the following Lab Works Assignments Projects Final Exam Total 30 40 30 100 5


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