Reverse Engineering of Complex Shape Part – Ing. Pradeep Vempala
Ing. Pradeep Vempala
Master's thesis
Reverse Engineering of Complex Shape Part
Reverse Engineering of Complex Shape Part
Abstract:
This thesis deals with the creation of the original part model using the method of reverse engineering. The work includes the digitizing of the selected part by using ATOS scanner. After scanning the part, the collected data is transferred to obtain the mesh in general CAD surface using Geomagic X design software. Model consists of faces are then converted into complete 3D solid model. Then the solid …moreAbstract:
This thesis deals with the creation of the original part model using the method of reverse engineering. The work includes the digitizing of the selected part by using ATOS scanner. After scanning the part, the collected data is transferred to obtain the mesh in general CAD surface using Geomagic X design software. Model consists of faces are then converted into complete 3D solid model. Then the solid …moreKeywords
This thesis deals with the creation of the original part model using the method of reverse engineering. The work includes the digitizing of the selected part by using ATOS scanner. After scanning the part the collected data is transferred to obtain the mesh in general CAD surface using Geomagic X design software. Model consists of faces are then converted into complete 3D solid model. Then the solid model is served as the initial data for creating the machining data in Edgecam program and then create an NC program of digitized part for manufactured on the CNC machine tool. The intention is to describe and show the example of a process for producing a prototype model of the product and possibility to increase the quality.
Language used: English
Date on which the thesis was submitted / produced: 25. 5. 2017
Thesis defence
- Date of defence: 1. 2. 2018
- Supervisor: Ing. Petr Keller, Ph.D.
Citation record
The right form of listing the thesis as a source quoted
Vempala, Pradeep. Reverse Engineering of Complex Shape Part. Liberec, 2017. diplomová práce (Ing.). Technická univerzita v Liberci. Fakulta strojní
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Institution archiving the thesis and making it accessible: Technická univerzita v Liberci, Fakulta strojníVázaný výtisk práce je dostupný v knihovne: UKN
Technical University of Liberec
Faculty of Mechanical EngineeringMaster programme / field:
Mechanical Engineering / Machines and Equipment Design
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