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臺灣學術機構典藏系統 (Taiwan Academic Institutional Repository, TAIR)
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Institution Date Title Author
臺大學術典藏 2021-11-25T04:06:57Z A Blood Pressure Monitoring Device with Tactile and Tension Sensors Assisted by Machine Learning Technique K.-H. Huang; F. Tan; T.-D. Wang; Y.-J. Yang; YAO-JOE YANG
臺大學術典藏 2021-11-25T04:06:49Z Continuous Pulse Pressure Measuring Device Using Pressure Sensing Elements with Microstructures T.-H. Lin; C.-M. Chang; Y.-M. Huang; C.-W. Ma; T.-D. Wang; S.-S. Lu; Y.-J. Yang; YAO-JOE YANG
國立中山大學 2002 Flow Behavior of Aluminum-Based Materials at Ultrahigh Temperatures in the Presence of a Liquid Phase B.Y. Lou;J.C. Huang;T.D. Wang;T.G. Langdon
國立中山大學 2001 On the Activation Energy of 6061 and 1050 Al Based Alloys and Composites Deformed at Ultrahigh Temperatures B.Y. Lou;T.D. Wang;J.C. Huang;T.G. Langdon
國立中山大學 2001 Deformation Mode during High Strain Rate Superplasticity in 6061 Alloys with 1% SiO2 Nano-Particles T.D. Wang;J.C. Huang
國立中山大學 2001 High Strain Rate Superplasticity in 6061 Alloys with 1% SiO2 Nano-Particles T.D. Wang;J.C. Huang
國立中山大學 2001 On the Activation Energy of 6061 and 1050 Al Based Alloys and Composites Deformed at Ultrahigh Temperatures B.Y. Lou;T.D. Wang;J.C. Huang;T.G. Langdon
國立中山大學 2001 Analysis on High Strain Rate Superplasticity in 6061Al/1%Nano SiO2 T.D. Wang;J.C. Hunag
國立中山大學 2001 Analysis on High Strain Rate Superplasticity in 6061/1% Nano SiO2 T.D. Wang;J.C. Huang
國立中山大學 2000 EBSD Study on Grain Boundary Characteristics in Fine-Grained Al Alloys J.C. Huang;I.C. Hsiao;T.D. Wang;B.Y. Lou
國立中山大學 2000 Thermomechanical Treatment in Processing High Strain Rate Superplastic 6061 Al with 1% SiO2?nano-Particles T.D. Wang;J.C. Huang
國立中山大學 2000 Development of Low Temperature and High Strain Rate Superplasticity in Al and Mg Base Materials T.D. Wang;I.C. Hsiao;K.L. Yang;H.K. Lin;J.C. Huang
國立中山大學 2000 Development of High Strain Rate Superplasticity in 6061Al/1%Nano-SiO2 T.D. Wang;J.C. Huang
國立中山大學 1999 Different Friction Coefficients at Different Positions of Superplastically Formed Parts T.R. Chen; J.C. Huang; Y.M. Hwang; T.D. Wang
國立中山大學 1999 Different Friction Coefficients at Different Positions of Superplastically Formed Parts T.R. Chen;J.C. Huang;Y.M. Hwang;T.D. Wang
國立中山大學 1999 Fine-Grained Aluminum Alloys and Composites Loaded at Ultrahigh Temperatures near Solidus Point B.Y. Lou;J.C. Huang;T.D. Wang
國立中山大學 1999 Optimization of Processing Routes for Aluminum Matrix Composites with High Strain Rate Superplasticity B.Y. Lou;T.D. Wang;J.C. Huang
國立中山大學 1998 Superplastic Deformation Mechanisms of Super-a2 Ti3Al Thin Sheets as a Function of Strain H.C. Fu;J.C. Huang;T.D. Wang;C.C. Bampton
國立中山大學 1998 Superplastic Deformation Mechanisms of Super-α2 Ti3Al Thin Sheets as a Function of Strain H.C. Fu;J.C. Huang;T.D. Wang;C.C. Bampton
國立中山大學 1998 Processing and Characterization of High Rate Superplasticity in 6061/SiC Aluminum Matrix Composites B.Y. Lou;Y.F. Huang;J.R. Huang;T.D. Wang;J.C. Huang
國立中山大學 1997 On the Variation of Superplastic Deformation Mechanisms in Super a2 Ti3Al Base Alloys H.C. Fu;T.D. Wang;J.C. Huang
國立中山大學 1996 Analysis of Superplasticity Characterisitc of a2 mm thick Ti3Al Base Intermetallic Compound T.D. Wang;H.C. Fu;J.C. Huang
國立中山大學 1996 Superplasticity Behavior of Super a2?Ti3Al Intermetallic Compound H.C. Fu;J.C. Huang;C.C. Bampton;T.D. Wang

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