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3D Printing of Metals
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Metals 2016,6, 280 Table3.Disassemblyofconnectingplate. Number DesignObjects Shape Load DesignParameters Result 1 Flange Torque Thicknessof frameθ 2 Ring Torque Thicknessof frameνNumberof frameN3 3 Spline Stress ∞ Theboundary conditionswere addedby its actual conditions. The stressdistributionsof the original (Figure23a)andoptimizedconnectingplates (Figure23c)werecompared. Themaximum stressof thesolidconnectingplate is23.464MPainFigure23a. Themaximumstressof theredesigned one is34.66MPa,asseen inFigure23c.At thesametime, themaximumdeformationof theoriginal connecting plate appeared to be 0.0087mm in Figure 23b comparedwith the redesigned one of 0.0064mm,showninFigure23d. Themassof theoriginal connectingplate is3733.6g. Theweight decreasedto2150.9gwithaweight reductionofabout42.4%.Thestrengthcanmeet therequirements andthedistributionofstressbecamemoreuniform. Figure23.Stressdistributionoforiginalconnectingplate(a),deformationoforiginalconnectingplate(b), stressdistributionof redesignedconnectingplate (c),deformationof redesignedconnectingplate (d). 102
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3D Printing of Metals
Titel
3D Printing of Metals
Autor
Manoj Gupta
Herausgeber
MDPI
Ort
Basel
Datum
2017
Sprache
englisch
Lizenz
CC BY-NC-ND 4.0
ISBN
978-3-03842-592-2
Abmessungen
17.0 x 24.4 cm
Seiten
170
Schlagwörter
3D printing, additive manufacturing, electron beam melting, selective laser melting, laser metal deposition, aluminum, titanium, magnesium, composites
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Naturwissenschaften Chemie
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3D Printing of Metals