Projects



Results 1-26 of 26 (Search time: 0.007 seconds).

Start DateTitleP-InvestigatorFunding Organization/經費來源
2021國際產學聯盟-SM570合金鋼之顯微組織解析及探討添加適量合金元素對其機械性質之改善Shing-Hoa WangTUNG HO STEEL ENTERPRISE CORP.
2021Phase Transformation and Mechanical Properties of PH Stainless Steel by Different Aging Methods Coupling subzero Treatment (II)Shing-Hoa WangNational Science and Technology Council
2020Phase Transformation and Mechanical Properties of Ph Stainless Steel by Different Aging Methods Coupling Subzero Treatment(I)Shing-Hoa WangNational Science and Technology Council
2019Retained Austenite Phase Transformation and Mechanical Properties of Ph Stainless Steel by Subzero Treatment Coupling Different Aging MethodsShing-Hoa WangNational Science and Technology Council
2018Cryogenetic Strength and Toughness of Duplex Stainless Steel after Grain Refining and Phase Transformation by Thermal CyclingShing-Hoa WangNational Science and Technology Council
2017Cryogenetic Strength and Toughness of Duplex Stainless Steel after Grain Refining and Phase Transformation by Thermal CyclingShing-Hoa WangNational Science and Technology Council
2016The Phase Transformation and Mechanical Properties of Mo Bearing Special Stainless Steels for New Ultra-Supercritical Coal-Fired Power Plant after Multiple Thermal CyclingShing-Hoa WangNational Science and Technology Council
2015The Influence of Pulsed Arc and Electromagnetic Vibration on Microstructure and Properties of Super Stainless Steel Weld MetalShing-Hoa WangNational Science and Technology Council
2014The Influence of Pulsed Arc and Electromagnetic Vibration on Microstructure and Properties of Super Stainless Steel Weld MetalShing-Hoa WangNational Science and Technology Council
2013The Influence of Pulsed Arc and Electromagnetic Vibration on Microstructure and Properties of Super Stainless Steel Weld MetalShing-Hoa WangNational Science and Technology Council
2012VI Bration Induced Microstructure of Nano/Micro Phase and Its Mechanical PropertiesShing-Hoa WangNational Science and Technology Council
2011Development and Properties of Nano-Micro Microstructure Weld by Hamonic Frequency Vibration with Active Flux for Advanced Structural MaterialsShing-Hoa WangNational Science and Technology Council
2010Development of Nano and Amorphous Weld for Advanced Structural MaterialsShing-Hoa WangNational Science and Technology Council
2009Development of Nano and Amorphous Weld for Advanced Structural MaterialsShing-Hoa WangNational Science and Technology Council
2008Development of Nano and Amorphous Weld for Advanced Structural MaterialsShing-Hoa WangNational Science and Technology Council
2007The Process Development and the Properties of Nano Microstructure for the Titanium Weld MetalShing-Hoa WangNational Science and Technology Council
2006The Study of Cyclic Plastic Deformation Welding Residual Stress and the High Temperature Mechanical Properties of New .alpha./.beta. Ti-Alloy and the Weld(I)Shing-Hoa WangNational Science and Technology Council
2005The Influence of Welding Residual Stress on Cyclic Plastic Deformation and the Study of High Temperature Mechanical Properties of High Strength Ti-AlloysShing-Hoa WangNational Science and Technology Council
2004Character of Low Cycle Fatigue and High Strain Rate Deformation for Fe Based Stainless Steel Welds(III)Shing-Hoa WangNational Science and Technology Council
2004Improvement of Torsional Fatigue in Ni-Cr-Mo Armored Vehicle Torsion BarShing-Hoa WangNational Science and Technology Council
2003Character of Low Cycle Fatigue and High Strain Rate Deformation for Fe Based Stainless Steel Welds (II)Shing-Hoa WangNational Science and Technology Council
2002Character of Low Cycle Fatigue and High Strain Rate Deformation for Fe Based Stainless Steel Welds(I)Shing-Hoa WangNational Science and Technology Council
2001Low Cycle Fatigue Behavior of Ti-Alloy (II)Shing-Hoa WangNational Science and Technology Council
2000Low Cycle Fatigue Behavior of Ti-AlloyShing-Hoa WangNational Science and Technology Council
2000鈦合金與鈮合金雷射銲接技術研究Shing-Hoa WangNational Science and Technology Council
1999Weldability of Fe-Al-Based AlloysShing-Hoa WangNational Science and Technology Council