A Study on the Precision Forging Process for a Differential Bevel Gear
, 2011 [[abstract]]本研究是針對差速器用傘齒輪進行精密鍛造製程研究開發，以20CrMnTi材質之傘齒輪工件作為載具，開發其高精度傘齒輪之鍛造製程，期望傘齒輪在以往的鍛造製程後之精度從DIN10級能夠向上提升至DIN8級，且經由鍛造成形之傘齒輪可比一般切削加工成形之齒輪具有更良好的品質，可大幅提升使用壽命。首先利用DIN5級之標準傘齒輪以逆向工程技術建立傘齒輪3D曲面，再利用DEFORM-3D軟體進行鍛造成形模擬分析，探討成形溫度、成形負荷、鍛件之毛邊厚度及鍛胚體積之重要參數 ...
張燦勳, Zhang Can-Xun
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INTRODUCTION: SCENES OF CLOSE READING
German Life and Letters, Volume 79, Issue 3, Page 281-297, July 2026.
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wiley +1 more source
A multilevel systems approach to resilience after childhood adversity. [PDF]
World Psychiatryvan Harmelen AL.
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Materials (Basel)Cao J +5 more
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The New Technology of Die Forging of Automotive Connecting Rods from EN AB-71100 Aluminium Alloy Cast Preforms. [PDF]
Materials (Basel), 2023 Dziubinska A.
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A Study on the Precision Forging Process for a Differential Bevel Gear
, 2014 [[abstract]] 本研究是針對差速器用傘齒輪進行精密鍛造製程研究開發，以AISI8620材質之傘齒輪工件作為載具，開發其高精度傘齒輪之鍛造製程，期望傘齒輪在以往的溫間鍛造製程後之精度能夠向上提升，且經由鍛造成形之傘齒輪可比一般切削加工成形之齒輪具有更良好的品質，可大幅提升使用壽命。首先利用標準傘齒輪以逆向工程技術建立傘齒輪3D曲面，再透過DEFORM-3D軟體進行成形模擬分析，其研究過程中分別以兩種製程方式：溫鍛，溫鍛＋冷精整進行傘齒輪之精度探討 ...
Yang, Jin-Bin;Zhang, Can-Xun +1 more
core
Forging Hopeful Futures Community-Partnered Violence Prevention Intervention: Protocol for a Comparative Effectiveness Trial. [PDF]
JMIR Res ProtocCulyba AJ +17 more
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Assessment of the Susceptibility to Material Fracture in the Cross-Wedge Rolling Process with Concave Tools. [PDF]
Materials (Basel), 2022 Bulzak T.
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Comparative Study on Microstructure Evolution during Cold Forging and Warm Forging in AA6082
NanoWorld Journal, 2023 openaire +1 more source