| Lecture Notes Design for Manufacturing and Assembly |
| The engineering design process is a series of steps that engineers follow to come up with a solution to a problem. Many times the solution involves designing a product (like a machine or computer code) that meets certain criteria and/or accomplishes a certain task. |
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| Handbook of Manufacturing Processes |
| The book is in two sections: (I), the Process Section, in which common manufacturing processes in 17 key industries are described, and (11), the Products, Components and Materials Section, which explains how many of these are made. |
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| Design Rationale Documentation Capture Tool |
| A design rationale tool (DR tool) was developed to capture design knowledge to support design verification and design knowledge re-use. The design rationale tool captures design drivers and requirements, and documents the design solution including: intent (why it is included in the overall design); features (why it is designed the way it is) |
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| Design for Operations Presentation |
| Designs are usually done in a well-lit, air conditioned, comfortable room under idealized assumptions. The reality of the operation is very different. For designers to be able to design systems and procedures that work well under realistic dynamic work conditions, they must understand the reality of the operation and of the operators. |
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| Testability Primer, JTAG IEEE std 1149.1 |
| Design for Test (DFT), also known as design for testability, is a process that incorporates rules and techniques in the design of a product to make testing easier. |
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| Engineering Design Handbook Design Guidance for Producibility |
| As one of the handbooks in the Army Engineering Design Handbook Series, this Design Guidance for Producibility was prepared in accordance with the goals of the Series. In general, the Army Engineering Design Handbooks contain basic information and fundamental data essential in the design and development of Army materiel and systems. |
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| Design for Ceramics and Glass Parts Guidelines |
| To produce ceramic parts, refined powders of the basic raw materials are first thoroughly mixed with some water and small quantities of selected additives, normally metallic oxides that act as fluxing agents and inhibitors. Then the basic fabrication operation, such as pressing extrusion, or casting, takes place. Depending on the shape and dimensions, machining or grinding of the formed part also may be involved |
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| Feature Based Concurrent Engineering System |
| This research project is aimed at development of a concurrent engineering system for integrated product and process development of machined component designs. Its main purpose is to evaluate the feasibility of implementation of a concurrent engineering system which provides both horizontal and vertical integration of CAD/CAM systems. |
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