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MENG 463: Simulation and Optimization
3.00 Credits
Gonzaga University
Steps in engineering design, workable systems, economic evaluation, mathematical modeling, curve fitting, system simulation, Lagrange multipliers, search techniques, dynamic programming, linear programming, geometric programming.
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MENG 463 - Simulation and Optimization
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MENG 465: Introduction to Finite Element
2.00 Credits
Gonzaga University
Development of the stiffness matrix method applied to bar and beam elements. The plane problem is discussed and plane elements are presented. The Isoperimetric formulation is introduced. Modeling and accuracy in linear analysis is considered. Utilizes a commercial finite element program in problem solving. Two hour lecture and one hour computer lab each week.
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MENG 465 - Introduction to Finite Element
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MENG 465L: Intro to Finite Elements Lab
1.00 Credits
Gonzaga University
Computer laboratory exercises supporting the topics covered in MENG 465.
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MENG 465L - Intro to Finite Elements Lab
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MENG 467: Design w/Polymers-Composites
3.00 Credits
Gonzaga University
Background of composites, stress-strain relations for composite materials, extension and bending of symmetric laminates, failure analysis of fiber-reinforced materials, design examples and design studies, non-symmetric laminates, micromechanics of composites.
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MENG 467 - Design w/Polymers-Composites
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MENG 477: Material Selection for Design
3.00 Credits
Gonzaga University
Methods of material selection leading to the optimal material for a given an application. Systematic approaches for selection the optimum material when multiple different, often competing, criteria exist. Material selection based on variable material trade off studies, quantitative methods, and processing comparison charts. Geo-political implications of selected materials. Multiple real applications and case studies are included.
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MENG 477 - Material Selection for Design
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MENG 480: Advanced Fluid Mechanics
3.00 Credits
Gonzaga University
Ideal fluid flow. Laminar and turbulent boundary layer flows, conservation equations, and solution methods. Turbo machinery. Unsteady flow problems. Basic computational fluid mechanics.
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MENG 480 - Advanced Fluid Mechanics
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MENG 484: Manufacturing Systems
2.00 Credits
Gonzaga University
A course designed to familiarize the student with manufacturing decisions required in the industrial sector. Developing manufacturing strategies, integrating process alternatives, equipment selection analysis, process costs, and total integration of manufacturing systems are assessed quantitatively and qualitatively to maximize outcomes. Project-based laboratories provide the students opportunities to integrate manufacturing processes with a perspective on automation and production systems. Two hours of lecture and there hours of laboratory per week.
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MENG 484 - Manufacturing Systems
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MENG 484L: Manufacturing Systems Lab
1.00 Credits
Gonzaga University
Laboratory exercises supporting the topics covered in MENG 484.
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MENG 484L - Manufacturing Systems Lab
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MENG 491: Mechanical Engineer Design I
2.00 Credits
Gonzaga University
Application of procedures and practices of engineering design to a comprehensive design project. Oral and written technical presentations. Completion of a design proposal under faculty supervision involving both technical and non-technical aspects of an engineering problem. Culminates in a project plan and preliminary design work. Students must show proof of having registered for the Fundamentals of Engineering examination in Washington State as part of the requirements of this course.
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MENG 491 - Mechanical Engineer Design I
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MENG 492: Mechanical Engineer Design II
3.00 Credits
Gonzaga University
Continuation of MENG 491. Completion of the design project proposed in MENG 491. Culminates in the completion of all required deliverables and a comprehensive written report and oral presentation. Students must show proof of final registration with the State of Washington for the Fundamentals of Engineering examination, or proof of having taken the examination in the State of Washington, as part of the requirements of this course.
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MENG 492 - Mechanical Engineer Design II
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