Home > Design Method Of Gear Form Grinding Machine Based On Qfd And Ahp

Design Method Of Gear Form Grinding Machine Based On Qfd And Ahp

  • Design Method of Gear Form Grinding Machine

    Form grinding is the most popular finishing process for large-size gear, so the design method of the machine based on QFD and AHP was proposed. First, researched the situation of home and abroad, then analyzed the quality of customer needs and the development of technical measures in order to establish a house of quality. To avoid the blindness

  • Author: Hui Liang Wang, Xiao Zhong Deng, Yu Quan Xiong, Jian Jun Yang
  • Design method of gear form grinding machine

    Download Citation Design method of gear form grinding machine based on QFD and AHP Form grinding is the most popular finishing process for large-size gear, so the design method of the machine based on QFD and AHP was proposed. Find, read and

  • Gear Form Grinding Machine scientific.net

    Abstract: Form grinding is the most popular finishing process for large-size gear, so the design method of the machine based on QFD and AHP was proposed. First, researched the situation of home and abroad, then analyzed the quality of customer needs and the development of technical measures in order to establish a house of quality.

  • Design Method of Gear Form Grinding Machine

    Abstract. Process(AHP); design method Abstract: Form grinding is the most popular finishing process for large-size gear, so the design method of the machine based on QFD and AHP was proposed.

  • Papers by Author: Yu Quan Xiong scientific.net

    Abstract: Form grinding is the most popular finishing process for large-size gear, so the design method of the machine based on QFD and AHP was proposed. First, researched the situation of home and abroad, then analyzed the quality of customer needs and the development of technical measures in order to establish a house of quality.

  • Jian Jun Yang Scientific.Net

    Abstract: Form grinding is the most popular finishing process for large-size gear, so the design method of the machine based on QFD and AHP was proposed. First, researched the situation of home and abroad, then analyzed the quality of customer needs and the development of technical measures in order to establish a house of quality.

  • Hui Liang Wang scientific.net

    Abstract: Form grinding is the most popular finishing process for large-size gear, so the design method of the machine based on QFD and AHP was proposed. First, researched the situation of home and abroad, then analyzed the quality of customer needs and the development of technical measures in order to establish a house of quality.

  • Hui Liang Wang's research works Northwestern

    Form grinding is the most popular finishing process for large-size gear, so the design method of the machine based on QFD and AHP was proposed. First, researched the situation of home and abroad, then analyzed the quality of customer needs and the development of technical measures in order to establish a house of quality.

  • Jian Jun Yang Scientific.Net

    Abstract: Form grinding is the most popular finishing process for large-size gear, so the design method of the machine based on QFD and AHP was proposed. First, researched the situation of home and abroad, then analyzed the quality of customer needs and the development of technical measures in order to establish a house of quality.

  • Xiao Zhong Deng's research works Henan

    Form grinding is the most popular finishing process for large-size gear, so the design method of the machine based on QFD and AHP was proposed. First, researched the situation of home and abroad, then analyzed the quality of customer needs and the development of technical measures in order to establish a house of quality.

  • 西北工业大学 nwpu.edu.cn

    Form grinding is the most popular finishing process for large-size gear, so the design method of the machine based on QFD and AHP was proposed. First, researched the situation of home and abroad, then analyzed the quality of customer needs and the development of technical measures in order to establish a house of quality.

  • school project for design of grinding machine

    Using Solid Edge, grinding machine tool manufacturer significantly improves when the National Science Council approved its request to relocate into the When Supertec receives customer CAD files prepared using other design misunderstanding; moreover, it fosters collaboration and moves the project forward.”.

  • Gear Quality: What it's all about Machine Design

    1-5-2002· Component grades and classifications abound in engineering practice. When it comes to gear selection, American engineers often rely on the AGMA quality number. But what exactly does it cover? A deeper look at this quality number and the concept of "gear quality" in general can help optimize thedesignation process.

  • QFD and AHP Studies for Technical and System

    Form grinding is the most popular finishing process for large-size gear, so the design method of the machine based on QFD and AHP was proposed. First, researched the situation of home and abroad, then analyzed the quality of customer needs and the development of technical measures in order to establish a house of quality.

  • Methods to Minimize Gear Backlash Machine

    1-3-2002· Other designs use springs to hold meshing gears at a constant backlash level throughout their service life. They're generally limited to light load applications, though. Common design methods include short center distance, spring-loaded split gears, plastic fillers, tapered gears, preloaded gear trains, and dual path gear trains.

  • Jian Jun Yang's research works Zhejiang University

    Form grinding is the most popular finishing process for large-size gear, so the design method of the machine based on QFD and AHP was proposed. First, researched the situation of home and abroad, then analyzed the quality of customer needs and the development of technical measures in order to establish a house of quality. To avoid the blindness

  • Basics of Grinding

    grinding machines perform the dressing task automatically. The application of coolants to the grinding process is important. Coolants reduce grinding machine power requirements, maintain work quality, stabilize part dimensions, and insure longer wheel life. Coolants are either emulsions, synthetic lubricants or special grinding oils.

  • The CNC Generating and Profile Grinding Machines LCS 200

    The CNC Generating and Profile Grinding Machines LCS 200 to 500. 2 Z1 C2 B1 V1 X1 A1 Z4 B3 C5 Machine design The new LCS machine design is based on the well-proven platform of Liebherr gear The most efficient grinding method for gears is CBN generating grinding.

  • Gear Quality: What it's all about Machine Design

    1-5-2002· Gear Quality: What it's all about. The 2000 A88 standard also provides numbers that specify the type of material and the heat treatment method used in gear making. Quality inspections of modified gear forms ensure conformance to the criteria for a given design and application rather than to the theoretically perfect shapes.

  • The CNC Generating and Profile Grinding Machines LCS 200

    The CNC Generating and Profile Grinding Machines LCS 200 to 500. 2 Z1 C2 B1 V1 X1 A1 Z4 B3 C5 Machine design The new LCS machine design is based on the well-proven platform of Liebherr gear The most efficient grinding method for gears is CBN generating grinding.

  • Methods to Minimize Gear Backlash Machine

    1-3-2002· Other designs use springs to hold meshing gears at a constant backlash level throughout their service life. They're generally limited to light load applications, though. Common design methods include short center distance, spring-loaded split gears, plastic fillers, tapered gears, preloaded gear trains, and dual path gear trains.

  • GRINDING OR SHAVING ECONOMIC DECISION SUPPORT IN

    GRINDING OR SHAVING ECONOMIC DECISION SUPPORT IN THE PRODUCTION OF GEARS Carin Andersson, $30,1 billion in 2013 according to The Freedonia Group Inc. (Freedonia Group 2014; Machine Design, What is the most cost efficient gear finishing method: grinding or shaving? The analysis was performed as a case study at a vehicle manufacturer.

  • Ultra-precision machining process and surface

    Get this from a library! Ultra-precision machining process and surface finishing technology : selected, peer reviewed papers fromt he 10th CHINA-JAPAN International Conference on Ultra-Precision Machining Process (10th CJUMP) and 2014 International Conference on Surface Finishing Technology (ICSFT 2014), October 17-19, 2014, Jiaozuo, China. [Bo

  • Reuse-oriented redesign method of used

    Based on the analysis of the differences between the reuse-oriented redesign and the traditional new product design or the redesign based on reverse engineering, a novel reuse-oriented redesign method of used products based on axiomatic design theory and QFD (Quality function deployment) is presented to standardize and optimize the redesign

  • 西北工业大学 nwpu.edu.cn

    Design method of gear form grinding machine based on QFD and AHP. Wang, Hui Liang;Deng, Xiao Zhong;Xiong, Yu Quan,等.10th CHINA-JAPAN International Conference on Ultra-Precision Machining Process, 10th CJUMP and 2014 International Conference on Surface Finishing Technology, ICSFT 2014.Jiaozuo, China,1027(24-27).

  • Types of Gears KHK Gears

    This is the same situation at the design stage of a new machine when one gear is needed for the prototype with the same high cost. Possibility of using standard gears. When designing a new machine, if the specifications of the gears used can be matched to those of the gear manufacturer's standard gears, the problems mentioned above can be solved.

  • Development of a QFD-based expert system

    Development of a QFD-based expert system for CNC turning centre selection The developed QFD-based expert system relates the dynamic requirements of the customers with technical specifications of CNC turning centres and then selects the most suitable machine based

  • QFD Quality Function Deployment Quality-One

    QFD methodology is a systemic, proven means of embedding the Voice of the Customer into both the design and production process. QFD is a method of ensuring customer requirements are accurately translated into relevant technical specifications from product definition to product design, process development and implementation.