Literature Review 1. Previous LITERATURE REVIEW REVERSE ENGINEERING APPROACH IN MAKING EMIRATE LARGE PLATE (DIA-25CM) DESIGN AT PT. DOULTON.
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CHAPTER 2 LITERATURE REVIEW
2.1. Literature Review 2.1.1. Previous
Research
Ali, Chowdary and Gonzales 2013 aims An Integrated Design Approach for Rapid Product Development journal shown the integrated design approach using
reverse engineering RE, re-engineering ReE, and rapid development RpD system to infuse agile characteristic in the proposed design and development
process. It also explain about the integration of RE, ReE and RpD with unconventional approach achieving reduced lead times for design and
development of products. Applicate that method to recover the broken clutch shoe design by using Computer Aided Design CAD model.
M. Hussain, CH. Rao and Prasad 2008 aims Reverse Engineering : Point Cloud Generation with CMM for Part Modeling and Error Analysis journal shown about
the application of reverse engineering method in injection mould with two damaged cavities in the part without any drawing prints. There are two types of
data collection : contact type and non-contact type. CMM is the tool to apply both method. The first method is collecting data from mechanical probes touching the
surface at various points on part profile. It is very slow and most useful for inspection purpose. The second method is scanning, the probe is drawn along
the surface of the object. This method is slightly less accurate than individual point method. Error analysis is made as a result comparison of the two methods.
Mansor 2002 aims Free-Form Surface Models Generation using Reverse engineering Technique
– An Investigation journal shown an investigation of
reverse engineering technique to generate free-form surface models in a Computer Aided Design system from physical objects. It involves data
acquisition from the physical objects, registration of the data acquisition, data pre-processing, polygon mesh, segmentation, surface fitting and surface model
generation. The applications of this technique widely used in many areas of research and industry such as surface models generation for space suits in
aerospace industries, prostheses in medicine, antique parts in archaeology, car bodies in automotive industries, turbine blades in nuclear power generation, etc.
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