*****Last Ten Active Topic***

Here is Practical Explanation about Next Life,
High-quality Paper
Electrical Engineering Optional Subjects (Group 3)
Amie TV question paper
previous year Question Paper OF COMPUTER NETWORKS WINTER 10
e-book of material science and engineering by kakani
Project Report
Free Download AMIE Section A study notes on AD 304
AMIE Section A Video tutorial on FDM AD-301






Registration Running on Online Classes for AMIE Summer 2018 Click Here to Register

study note of FDM : Design for Quality and Robustness

Download excellent quality study note and ebooks of amie section a in pdf,ppt,doc format

study note of FDM : Design for Quality and Robustness

Postby subham » Thu Oct 11, 2012 9:07 pm

Achieving a quality design places great emphasis on understanding the needs and wants of the customer, but there is much more to it than that. In the 1980s there was the realization that the only way to ensure quality products is to design quality into the product , as opposed to the then-current thinking that quality products were produced by careful inspection of the output of the manufacturing process. Other contributions to design from the quality movement are the simple total quality management tools, that can be quickly learned and used to simplify team understanding of various issues in the design process, and QFD, for aligning the needs of the customer with the design variables. Another important tie between quality and design is the use of statistics to set the limits on tolerances in design and the relationship to the capability of a manufacturing process to achieve a specified quality (defect) level.

A robust design is one whose performance is insensitive to variations in the manufacturing processes by which it has been made or in the environment in which it operates. It is a basic tenet of quality that variations of all kinds are the enemy of quality, and a guiding principle to achieving quality is to reduce variation. The methods used to achieve robustness are termed robust design . These are basically the work of a Japanese engineer, Genichi Taguchi, and his co-workers, and have been adopted by manufacturing companies worldwide. They employ a set of statistically designed experiments by which alternative designs are generated and analyzed for their sensitivity to variation. The parametric design step is the place where design for robustness methods is applied to critical-to-quality parameters.
ImagePlease like us in facebook to help you more and get all update...@http://www.facebook.com/AMIE.NBCAFE
Site Admin
Site Admin
Posts: 955
Joined: Sun Apr 29, 2012 11:23 pm

Re: study note of FDM : Design for Quality and Robustness

Postby nupoor » Tue Jan 22, 2013 3:12 pm

You do not have the required permissions to view the files attached to this post.Please Register yourself to Download for register click on REGISTER
Posts: 7
Joined: Thu Jan 03, 2013 11:37 am
Location: KOLKATA

Return to Design and Manufacturing (AD 301))

Who is online

Registered users: Bing [Bot]