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Bionics as an Inspiration for Machine Tool Structure-A Review
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The escalation of manufacturing industries relies on the development of the machine tool industries. Development of newer materials demands higher capabilities for machine tools. Hence, the mechanical design of the machine tool must be improved. Design based on bionics is the one of the best and it is the most successful way to improve the machine tool structures. Bionics is the study of nature where the designers solve human problems by imaging the structure of nature. For many years, designers from all fields have always looked to nature as a source of inspiration for design and source of innovation. Most of the engineers are looking the nature as problem solver, as the nature has the biggest experience in finding solutions for the environment than anything else. The design of the machine tool structures are also taken from the nature as a source because it provides solutions efficiently and economically. This paper presents an overview of bionic structures used in machine tools. Also, the bionic structures are more successful in the fields like automobiles, aircrafts etc.
Keywords
Bionics, Machine Tool, Stiffness, Light Weight.
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- Pradeep, Kumar; Saxena; Amit, Sharma: Role of Machine Tools Industry in Economic Development, ‘International Journal of Enhanced Research in Science Technology & Engineering’, vol. 3, 2014, 188 - 193.
- Ling, Zhao; Jianfeng, Ma; Ting, Wang; Denghai, Xing: Lightweight Design of Mechanical Structures based on Structural Bionic Methodology, ‘Journal of Bionic Engineering’, vol. 7, 2010, 224 - 231.
- Neugebauer, R; Wabner, M; Ihlenfeldt, S; Frieß, U; Schneider, F; Schubert, F: Bionics Based Energy Efficient Machine Tool Design, ‘45th CIRP Conference on Manufacturing Systems’, vol. 3, 2012, 561 - 566.
- Neugebauer, R; Wabner, M; Rentzsch, H; Ihlenfeldt, S: Structure principles of energy efficient machine tools, ‘CIRP Journal of Manufacturing Science and Technology’, vol. 4, 2011, 136-147.
- Vincent, J; Bogatyreva, O; Bogatyrev, N; Bowyer, A; Pahl, A: Biomimetics: Its Practice and Theory, ‘Journal of the Royal Society Interface’, vol. 3, no. 9, 2006, 471-482.
- Shu, L H; Ueda, K; Chiu, I; Cheong, H: Biologically inspired design, ‘CIRP Annals - Manufacturing Technology’, vol. 60, 2011, 673-693.
- Syath, Abuthakeer S; Mohanram, P.V; Mohan, Kumar G: Static and Dynamic performance Improvement of conventional Computer Numerical Control (CNC) Machine Tool Bed with Hybrid Welded Steel, ‘American Journal of Applied Sciences’, vol. 8, no. 6, 2011, 610-616.
- Syath, Abuthakeer S; Mohan, Kumar G; Mohanram PV: Comparative study with Alternative Materials for Machine Tool Structures, ‘CMTI’, Bangalore.
- Wolfgang, Tillmann; Leif, Hagena; Dominic, Stangier; Iris, AyaLaemmerhir; Dirk, Biermann; Petra, Kersting; Eugen, Krebs: Wear behaviour of bio-inspired and technologically structured HVOF Sprayed NiCrBSiFe coatings, ‘Surface& Coatings Technology’, vol. 280, 2015, 16-26.
- Wenping, Jiang: Bio-inspired self-sharpening cutting tool surface for finish hard turning of steel, ‘CIRP Annals - Manufacturing Technology’, vol. 63, 2014, 517-520.
- Fraunhofer: Rodentics - Self-sharpening cutting tools, ‘Institute for Environmental, Safety and Energy Technology (UMSICHT)’, 2007, 60-61.
- Meyers, M; Lin, A; Lin, Y; Olevsky, E; Georgalis, S: The Cutting Edge: Sharp Biological Materials, ‘Journal of the Minerals Metals and Materials Society’, vol. 60, no. 3, 2008, 19-24.
- Baotong, Li; Jun, Hong; Zhifeng, Liu: Stiffness design of machine tool structures by a biologically inspired topology optimization method, ‘International Journal of Machine Tools & Manufacture’, vol. 84, 2014, 33-44.
- Hans-Christian, Mohring; Christian, Brecher; Eberhard, Abele; Jurgen, Fleischer; Friedrich, Bleicher: Materials in machine tool structures, ‘CIRP Annals - Manufacturing Technology’, vol. 64, 2015, 725-748.
- Ling, Zhao; Wu-yi, Chen; Jian-feng, Ma; Yong-bin, Yang: Structural Bionic Design and Experimental Verification of a Machine Tool Column, ‘Journal of Bionic Engineering’, 2008, 46-52.
- Ling, Zhao; Jianfeng, Ma; Wuyi, Chen; Hongliang, Guo: Lightweight Design and Verification of Gantry Machining Center Cross beam Based on Structural Bionics, ‘Journal of Bionic Engineering’, 2011, 201-206.
- Gao, Y; Ellery, A; Jaddou, M; Vincent, J; Eckersley, S: Planetary Micro-Penetrator Concept Study with Biomimetic Drill and Sampler Design, ‘IEEE Transactions on Aerospace and Electronic Systems’, vol. 43, no. 3, 2007, 875-885.
- Kubota, T; Nagaoka, K; Tanaka, S; Nakamura, T: Earth-Worm Typed Drilling Robot for Subsurface Planetary Exploration, ‘Proc. IEEE Int. Conf. on Robotics and Biomimetics, 2007, 1394-1399.
- Campbell, FC: Elements of Metallurgy and Engineering Alloys, ‘ASM International’, 2008, 453-465.
- Ren, LQ; Cong, Q; Tong, J; Chen, BC: Reducing adhesion of soil against loading shovel using bionic electro-osmosis method, ‘J. Terramech’, vol. 38, 2001, 211-219.
- Ren, LQ; Han, ZW; Li, JJ; Tong, J: Effects of non-smooth characteristics on bionic bulldozer blades in resistance reduction against oil, ‘J. Terramech’, vol. 39, 2003, 22-30.
- Tong, J; Almobarak, MAM; Ma, YH; Ye, W; Zheng, S: Biomimetic anti-abrasion Surface of a cone form component against soil, ‘Journal of Bionic Engineering’, vol. 7, 2010, 36-42.
- Jia, X; Ren, LQ; Chen, BC: Wettability of unsmooth surfaces of soil animals cuticles and bionic composite coatings, CHIN, ‘J. Mater’, vol. 10, 1996, 556-560.
- Zuobo, Pang; Hong, Zhou; Fang, Chang; Peng, Zhang; Dalong, Cong; Chao, Meng; Chuanwei, Wang; Luquan, Ren: Effect of the micro hardness difference between base metal and bionic coupling unit on wear resistance of gray cast iron, Optics & Laser Technology, vol. 75, 2015, 151-156.
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