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Content Introduction Aim of this research Simulation Calculations Results Conclusion Higher School of Economics, Moscow,
2017
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Introduction Higher School of Economics, Moscow, 2017
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Main goal Simulate the prostheses and upper jaw Calculate the
stress-strain state of models Perform a comparison of different models Higher
School of Economics, Moscow, 2017
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Problem Statement Jaw and prostheses model elaboration based on
the STL-model The models connection and calculations at various loads Higher
School of Economics, Moscow, 2017
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Steps Construction of the model of the jaw Same of
solid models of prosthesis Inclusioning the models in a single
assembly Setting limit conditions appropriate to different loads Calculation, analysis and plotting
Higher School of Economics, Moscow, 2017
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Results Manufactured upper jaw solid model
Created the optimal prosthesis Higher
School of Economics, Moscow, 2017
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Reference list: Higher School of Economics, Moscow, 2017 Daniel R.
Huber, Thomas G. Eason, Robert E. Hueter, Philip J. Motta, Journal of
Experimental Biology 2005 208: 3553-3571; doi: 10.1242/jeb.01816. Walter Stalker Greaves, "The Mammalian Jaw: A Mechanical Analysis", USA, Cambridge, [2012]. Nick Lavars, " 3D printing helps build upper jaw prosthetic for cancer patient" , [October 17, 2014]. Jason Brick, "Printable Body Parts Leap Forward with Printed Jaw", [0ctober 20, 2014].