Design and evaluation of feedback system in design for manufacturability

  title={Design and evaluation of feedback system in design for manufacturability},
  author={Prashant Barnawal},
.................................................................................................................................. ix CHAPTER 
1 Citations

Development of a modular computer-aided process planning (CAPP) system for additive-subtractive hybrid manufacturing of pockets, holes, and flat surfaces

A feature-based advanced hybrid manufacturing process planning system (FAH-PS) that uses feature-specific geometric, tolerance, and material data inputs to generate four-automated process plans based on user-specified feature precedence for hybrid manufacturing.



Automated manufacturability analysis: A survey

In the market-place of the 21st century, there is no place for traditional ‘over-the-wall’ communications between design and manufacturing. In order to ‘design it right the very first time’,

Computer Aided Manufacturability Analysis of Die-cast Parts

AbstractAutomated manufacturability analysis is an important tool with the designer which is meant to incorporate manufacturability aspects at initial stages of design. This paper deals with a system

Toward Automated Design for Manufacturing Feedback

The proposed ADFS analyzes manufacturability in terms of part geometry with respect to a given set of process capabilities based on DFM guidelines for vehicle manufacturing to identify suitable manufacturing processes more quickly and provide visual feedback for geometric advice at the feature level with regard to the selected processes.

A knowledge-based CAD system for concurrent product design in injection moulding

A knowledge-based CAD system is constructed by adding the knowledge module, RIBBER, for mould feature synthesis and appropriate CAE programs for mould design analysis to an existing geometric modeller in order to provide designers, at the initial design stage, with comprehensive process knowledge for feature synthesis, performance analysis and feature-based geometric modelling.

Design for manufacture and assembly: background, capabilities and applications

Purpose – The purpose of this paper is to describe the design for manufacture (DFM) and design for assembly (DFA) concepts and illustrate their benefits and applications.Design/methodology/approach –

Application of Computer Aided Design (CAD) In Knowledge Based Engineering

The role of computer aided design at its integration with knowledge based engineering to make it more flexible, transparent, and standardized while working in a corporate environment is addressed.

Geometric Analysis of Casting Components

A new region growing method and an octree-based wall thickness computation approach are developed to extract manufacturing features (such as cylinder holes and wall thickness), from a CAD model which is represented by STL format.

Conceptual design and analysis by sketching

  • Hod LipsonM. Shpitalni
  • Computer Science
    Artificial Intelligence for Engineering Design, Analysis and Manufacturing
  • 2000
It is hypothesize that the key to enabling systems to reason and communicate about conceptual design is the language of sketching, and the basic algorithms required are outlined.

New Directions in Design for Manufacturing

This paper gives an overview of research that is expanding the domain of design for manufacturing (DFM) into new and important areas. This paper covers DFM and concurrent engineering, DFM for