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Original Articles

Reverse engineering: an evaluation of prospective non-contact technologies and applications in manufacturing systems

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Pages 145-156 | Published online: 30 Mar 2007

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Read on this site (8)

Zhaohui Geng, Arman Sabbaghi & Bopaya Bidanda. (2023) Automated variance modeling for three-dimensional point cloud data via Bayesian neural networks. IISE Transactions 55:9, pages 912-925.
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Zhaohui Geng, Arman Sabbaghi & Bopaya Bidanda. (2023) Reconstructing original design: Process planning for reverse engineering. IISE Transactions 55:5, pages 509-522.
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Zhaohui Geng & Bopaya Bidanda. (2022) Tolerance estimation and metrology for reverse engineering based remanufacturing systems. International Journal of Production Research 60:9, pages 2802-2815.
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Zhaohui Geng & Bopaya Bidanda. (2017) Review of reverse engineering systems – current state of the art. Virtual and Physical Prototyping 12:2, pages 161-172.
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Syed Hammad Mian, M.A. Mannan & Abdulrahman Al-Ahmari. (2015) Accuracy of a reverse-engineered mould using contact and non-contact measurement techniques. International Journal of Computer Integrated Manufacturing 28:5, pages 419-436.
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Tiziana Segreto, Alessandra Caggiano & DorianaM. D'Addona. (2013) Assessment of laser-based reverse engineering systems for tangible cultural heritage conservation. International Journal of Computer Integrated Manufacturing 26:9, pages 857-865.
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KevinD. Creehan & Bopaya Bidanda. (2006) Computer-aided reverse engineering of the human musculoskeletal system. Virtual and Physical Prototyping 1:2, pages 83-91.
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SAEID MOTAVALLI, VITHAYA SUHARITDAMRONG & ABDALLA ALRASHDAN. (1998) Design model generation for reverse engineering using multi-sensors. IIE Transactions 30:4, pages 357-366.
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Articles from other publishers (19)

Ajay Kumar, Parveen Kumar, Hari Singh, Abid Haleem & Ravi Kant Mittal. 2023. Advances in Additive Manufacturing Artificial Intelligence, Nature-Inspired, and Biomanufacturing. Advances in Additive Manufacturing Artificial Intelligence, Nature-Inspired, and Biomanufacturing 43 65 .
Mohammad Faisal Noor, Faisal Hasan, Siddharth Bhardwaj & Saim Hasan. 2021. Ergonomics for Improved Productivity. Ergonomics for Improved Productivity 587 592 .
Fabio de Felice, Antonella Petrillo & Armando Carlomusto. (2014) Shape Measurement Based on 3D Optical Scanner: Real Case Study in the Aeronautics Industry. Applied Mechanics and Materials 656, pages 378-387.
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Ho-Ling Fu, Kuang-Chao Fan, Yu-Jan Huang & Ming-Kai Hu. (2014) Innovative optical scanning technique and device for three-dimensional full-scale measurement of wind-turbine blades. Optical Engineering 53:12, pages 122411.
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Ho Ling Fu, Yu Jan Huang, Cheng Yang Wu & Ying Chun Wang. (2013) Automation Scanning Platform for Windturbine Blade Measurment. Applied Mechanics and Materials 339, pages 430-435.
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Liang-Chia Chen, Xuan-Loc Nguyen & Yao-Sheng Shu. (2009) High Speed 3-D Surface Profilometry using HSI Color Model and Trapezoidal Phase-Shifting MethodHochgeschwindigkeits-3D-Oberfl?chenprofilometrie mit HSI-Farbmodell und Trapez-Phasenverschiebungsmethode. tm - Technisches Messen 76:7-8.
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E. Vezzetti & A. Zompi. (2008) Reverse engineering: A methodology for supporting smart free - form digitalization. Reverse engineering: A methodology for supporting smart free - form digitalization.
Kevin D. Creehan & Bopaya Bidanda. 2006. Rapid Prototyping. Rapid Prototyping 87 106 .
Z.Q Xu, S.H Ye & G.Z Fan. (2002) Color 3D reverse engineering. Journal of Materials Processing Technology 129:1-3, pages 495-499.
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Hideki Aoyama & Yuu Suzuki. (2001) Autonomous measurement of physical model shape for reverse engineering. Journal of Manufacturing Systems 19:6, pages 375-382.
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V. Borja, J.A. Harding & K.T.K. Toh. (2000) Product re‐engineering process using an enterprise modelling architecture. International Journal of Agile Management Systems 2:3, pages 214-225.
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S. Okada, M. Imade, H. Miyauchi, K. Isomoto, T. Miyoshi, T. Sumimoto & H. Yamamoto. (1998) 3-D shape measurement of free-form machined surfaces by optical ring imaging system. 3-D shape measurement of free-form machined surfaces by optical ring imaging system.
J. X. Gao & M. Walters. 1997. Rapid Product Development. Rapid Product Development 323 328 .
H. Aoyama, K. YamazakiM. Sawabe. (1996) Optical Sensor for Detecting a Position and an Inclination. Journal of Manufacturing Science and Engineering 118:3, pages 400-405.
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C. Menq & F.L. Chen. (1996) Curve and surface approximation from CMM measurement data. Computers & Industrial Engineering 30:2, pages 211-225.
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Nirant V. Puntambekar, Andrei G. Jablokow & H.Joseph SommerIIIIII. (1994) Unified review of 3D model generation for reverse engineering. Computer Integrated Manufacturing Systems 7:4, pages 259-268.
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Saeid Motavalli & Bopaya Bidanda. (1994) Modular software development for digitizing systems data analysis in reverse engineering applications: case of concentric rotational parts. Computers & Industrial Engineering 26:2, pages 395-410.
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Bopaya Bidanda & Yasser A. Hosni. (1994) Reverse engineering and its relevance to industrial engineering: A critical review. Computers & Industrial Engineering 26:2, pages 343-348.
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Kazuo Yamazaki, Kee Sein Lee, Hideki Aoyama & Masaji Sawabe. (1993) Noncontact Probe for Continuous Measurement of Surface Inclination and Position Using Dynamic Irradiation of Light Beam. CIRP Annals - Manufacturing Technology 42:1, pages 585-588.
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