計畫
(Principal Investigator)


第 1 到 38 筆結果，共 38 筆。

啟始時間標題P-Investigator經費來源
2022利用〝絕緣開流〞技術生產可高溫熱處理之壓鑄件Shuei-Wan JuangM.D.T. TECHNOLOGIES, INC.
2022壓鑄模具與製程技術產學服務聯盟Shuei-Wan JuangDiecasting Industry Technology Service Alliance
2022壓鑄模具鑄造鑄造方案模流分析服務Shuei-Wan JuangYEH HSIN HSUEH INDUSTRY CORP
2021壓鑄方案設計技術評估與模流分析服務Shuei-Wan JuangBon Technology Aluminum Co., Ltd.
2021調整合金元素組成以提升鋁合金地板之承載能力Shuei-Wan JuangVERO VERIA CORPORATION
2021建立提升鋁合金輪圈壓鑄模具壽命之設計與製作流程的作業規範Shuei-Wan JuangM.D.T. TECHNOLOGIES, INC.
2021真空壓鑄專題研究討論Shuei-Wan JuangLioho Machine Works, LTD.
2021壓鑄技術產學服務聯盟Shuei-Wan JuangNational Science and Technology Council
2021壓鑄模具鑄造鑄造方案模流分析服務Shuei-Wan JuangQ.C. WITNESS INT. CO., LTD.
2020壓鑄模具鑄造方案拉伸試驗(2)Shuei-Wan JuangWang Pai Precision Enterprise
2020壓鑄模具鑄造方案拉伸試驗Shuei-Wan JuangSOCIETE COMMERCIALE EURO-TAIWANAISE
2020連續彎曲通道製備A356鋁合金半固態漿料及其處變性質形成機制之研究Shuei-Wan JuangMIN-SHIAN INDUSTRIAL COMPANY
2020壓鑄模具鑄造方案的開發Shuei-Wan JuangCHINA PRECISION DIECASTING INC
2020剪緣前泡水對鋁合金壓鑄輪圈性質之影響Shuei-Wan JuangM.D.T. TECHNOLOGIES, INC.
2020壓鑄技術產學服務聯盟Shuei-Wan JuangDiecasting Industry Technology Service Alliance
2020壓鑄模具鑄造方案模流分析服務Shuei-Wan JuangYEH HSIN HSUEH INDUSTRY CORP
2019壓鑄模具鑄造方案模流分析服務Shuei-Wan JuangYEH HSIN HSUEH INDUSTRY CORP
2019Prediction of Process Parameters by Using an Neural Network Model for Die Casting Alloys––Practice Ai of Die Casting IndustryShuei-Wan JuangNational Science and Technology Council
2019人才培育委託合約書Shuei-Wan JuangCHINA PRECISION DIECASTING INC
2019Industry-University Service Alliance on Die Casting Technology( III )Shuei-Wan JuangNational Science and Technology Council
2018Industry-University Service Alliance on Die Casting Technology( II )Shuei-Wan JuangNational Science and Technology Council
2017Feasibility Study on Using Fly Ash Used as Part of Mold Sand in Furan Sand MoldsShuei-Wan JuangNational Science and Technology Council
2017Industry-University Service Alliance on Die Casting Technology( I )Shuei-Wan JuangNational Science and Technology Council
2016Effect of Al2o3 Reacted by In-Situ Synthesis between Fly Ash and Aluminum Melt on Microstructure and Mechanical Properties of Aluminum-Fly Ash CompositesShuei-Wan JuangNational Science and Technology Council
2013Study of Slurry Preparation Parameters on Wear Resistance of Aluminum-Fly Ash Composites by Die Casting ProcessesShuei-Wan JuangNational Science and Technology Council
2012Development on Key Technology of Mass Production of Aluminun-Fly Ash Composite Die Casting ProcessingShuei-Wan JuangNational Science and Technology Council
2011Study on Light and Value Increased Aluminum - Fly Ash Composites by Diecasting ProcessingShuei-Wan JuangNational Science and Technology Council
2010Study on Feasibility of Producing Aluminum-Based Composites by Die Casting Processes and Its Assoicated Mechanical PropertiesShuei-Wan JuangNational Science and Technology Council
2007Development of a Exhaust Gas Emission Reduction Device for Diesel Engines Used in Fishery Boats (II)Shuei-Wan JuangCouncil of Agriculture,Executive Yuan
2006Development of Exhaust Gas Emissions Reduction Device for Diesel Engines Used in Fishery Boats (I)Shuei-Wan JuangCouncil of Agriculture,Executive Yuan
2005Development of Sealed Hatchway Cover for Fishing BoatsShuei-Wan JuangCouncil of Agriculture,Executive Yuan
2004Study on Quick Synchro-Locking Mechanism of Innovative Hatch Cover for Fishing BoatsShuei-Wan JuangCouncil of Agriculture,Executive Yuan
2003Innovative Design and Development of Sealless Magnetic Driven PumpsShuei-Wan JuangNational Science and Technology Council
2003Development of Branchia Type Marine Growth Protection System on Chest and Piping System (II)Shuei-Wan JuangCouncil of Agriculture,Executive Yuan
2002Innovative Product Development of Die Castings for Aluminum Instrument panel on BicyclesShuei-Wan JuangNational Science and Technology Council
2001Development of Design Automation Methodology on Gating System of Die Casting DiesShuei-Wan JuangNational Science and Technology Council
2000輪機技職教育配合STCW國際公約1995年修正案暨一貫課程之研究-1Shuei-Wan JuangMinistry of Education
1996Study of Improvement on Service Life and Reliability of Hot Working MoldsShuei-Wan JuangNational Science and Technology Council