By Serope Kalpakjian
Manufacturing Engineering & know-how, 6/e, is perfect forcourses in production procedures at - or four-year schools.This textbook can be a invaluable reference textual content for production professionals.
An up to date textual content that gives an outstanding heritage in production processes.
Manufacturing Engineering & know-how, 6/e, provides a generally qualitative description of the technology, expertise, and perform of producing. This comprises targeted descriptions of producing approaches and the producing firm that would support introduce scholars to big suggestions.
With a complete of one hundred twenty examples and case experiences, up to date and finished assurance of all issues, and more desirable two-color pix, this article presents a fantastic historical past for production scholars and serves as a invaluable reference textual content for professionals.
The Sixth Edition has been thoroughly up to date, and addresses concerns necessary to glossy production, starting from conventional themes similar to casting, forming, machining, and becoming a member of, to complicated subject matters equivalent to the fabrication of microelectronic units and microelectromechanical structures (MEMS), and nanomaterials and nanomanufacturing.
With every one buy of a brand new reproduction of the Sixth Edition, scholars obtain entry to Video Solutions and myeBook, Pearson's new visible instruments for educating and reinforcing key suggestions and methods.
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Extra resources for Manufacturing Engineering & Technology
Assembly costs in manufacturing operations can be substantial, typically ranging from 20 to 60% of the total product cost. Disassembly of a product is an equally important consideration, for maintenance, servicing and recycling of individual components. As described in Part VI, there are several methods of assembly of components, including the use of a wide variety of fasteners, adhesives, or joining techniques such as welding, brazing, or soldering. As is the case in all types of manufacturing, each of these operations has its own specific characteristics, assembly times, advantages and limitations, associated costs, and special design considerations.
5 Relative Cost of Repair at Various Stages of Product Development and Sale Stage When part is being made Subassembly of the product Assembly of the product Product at the dealership Product at the customer Relative cost of repair 1 10 100 1000 10,000 As Table L5 indicates, producing defective products can be very costly to the manufacturer, with costs varying by orders of magnitude. E. M. ]uran (1904-2008), and G. Taguchi (1924- ), all emphasized the importance of management’s commitment to (a) product quality, (b) pride of workmanship at all levels of production, and (c) the necessity of using statistical process control (SPC) and control charts (Chapter 36).
This methodology also includes a comprehensive analysis of the costs incurred in each activity and those for productive and for nonproductive labor. The lean production strategy requires a fundamental change in corporate culture, as well as an understanding of the importance of cooperation and teamwork among the company’s workforce and management. Lean production does not necessarily require cutting back on a company’s physical or human resources; rather, it aims at continually improving efficiency and profitability by removing all waste in the company’s operations and dealing with any problems as soon as they arise.