Orbit

Chung-Shin Chang
Full-Time
Job Title Professor
Name Chung-Shin Chang
Office Tel No. (03)9357400#7480,7458
Email cschang@niu.edu.tw
Research Expertise Mechanical manufacturing,Cutting tools, Mechanical design,Pneumatic & Hydraulic control,Automation production,AutoCAD
Paper Title Authors Year
2015
2014
2013
2012
2012
Prediction of cutting temperatures in turning carbon-fiber-reinforced plastics (CFRP) materials with sharp worn tools #Chung-Shin Chang 2011
A study of cutting temperatures in turning carbon-fiber-reinforced-plactics with worn tools #Chung-Shin Chang 2011
A study of cutting temperatures in turning stainless steels with chamfered main cutting edge nose radius worn tools #Chung-Shin Chang 2010
Prediction of cutting temperatures in turning stainless steel with chamfered cutting edge nose radius tools #Chung-Shin Chang 2010
Predicting cutting temperatures when turning stainless steel with worn tools #Chung-Shin Chang 2009
Prediction of cutting temperatures in turning of glass-fiber-reinforced plastics with chamfered main cutting edge tools #Chung-Shin Chang 2008
A study of cutting temperatures in turning of glass-fiber-reinforced plastics materials #Chung-Shin Chang 2008
An experimental study of the carbon-fiber-reinforced plastics (CFRP) in turning #Chung-Shin Chang 2007
Prediction of the cutting temperature of stainless steel with chamfered main cutting carbide tools #Chung-Shin Chang 2007
Turning of CFRP composites using chamfered main cutting edge tools #Chung-Shin Chang 2006
Turning of glass fiber reinforced plastics materials with chamfered main cutting carbide tools #Chung-Shin Chang 2006
An experimental study of the carbon-fiber-reinforced plastics (CFRP) in turning #Chung-Shin Chang 2006
Turning of CFRP composites using chamfered main cutting edge tools #Chung-Shin Chang 2006
Turning of glass fiber reinforced plastics materials with chamfered main cutting carbide tools #Chung-Shin Chang 2005
Face milling of glass fiber reinforced plastics with chamfered main cutting edge carbide tools #Chung-Shin Chang 2005
Prediction of cutting forces in milling stainless steels using chamfered main cutting edge tool #Chung-Shin Chang 2005
A force model of turning stainless steel for nose radius worn tools #Chung-Shin Chang 2003
Turning of medium carbon steel using tungsten carbide tools #Chung-Shin Chang 2002
Prediction of the cutting forces of stainless steel with nose radius worn tools #Chung-Shin Chang 2002
A force model of face milling tool when wearing has occurred #Chung-Shin Chang 2001
On the cutting force prediction of a shaping machine #Chung-Shin Chang 2001
Inverse method to study the 3-D curve surface measuring and processing #Chung-Shin Chang 2001
A study of cutting temperatures in turning carbon-fiber-reinforced-plactics with worn tools #Chung-Shin Chang 2000
A force model for a single-point face milling tools with a chamfered, main cutting edge #Chung-Shin Chang 2000
A study of high efficiency face milling tools #Chung-Shin Chang 2000
A study of high efficiency face milling tools #Chung-Shin Chang 1998
Turning of stainless steel with worn tools having chamfered main cutting edges #Chung-Shin Chang 1998
An experimental study of the chip flow of chamfered main cutting edge tools #Chung-Shin Chang 1998
A force model for nose radius worn tools with a chamfered main cutting edge #Chung-Shin Chang 1998
A force model for a single-point tools with a chamfered main cutting edge when wearing has occurred #Chung-Shin Chang 1997
A study cutting performance in turning plain carbon steel using TiN-coated, TiCN-coated and Uncoated cemented carbide tools with chamfered main cutting edge #Chung-Shin Chang 1995
A study cutting performance in turning plain carbon steel using TiN-coated, TiCN-coated and Uncoated cemented carbide tools with chamfered main cutting edge #Chung-Shin Chang 1995
Turning of stainless steel with chamfered main cutting edge tools #Chung-Shin Chang 1995
A force model for a single-point tools with a Chamfered main cutting edge #Chung-Shin Chang 1994
A sudy mechanism of coating TiCN or TiN in SWC turning cutting tools #Chung-Shin Chang 1993
A study of high efficiency turning tools #Chung-Shin Chang 1993
Turning of plain carbon steels with TiN-coated, TiCN-coated and Uncoated SWC tools #C-S Chang and K.H. Fuh 1993
A study of design and precise analysis in Numerical Machine Tool #Chung-Shin Chang 1991
Study of design and precise analysis of Numerical Control Machine #Chung-Shin Chang 1990
Cost and benefit of SKC-3 and Turcite-B materials coated in Machining Center of guider #Chung-Shin Chang 1989
Year Paper Title
2015
2015
2015
2015
2014
2014
2014
2013
2013
2013
2013
2013
2013
2013
2012
2012
2012
2012
2012 #Chung-Shin Chang, Prediction of cutting temperatures in Turning carbon-Fiber-Reinforced-Plastics (CFRP) Materials with Sharp Worn Tools (Accepted)., 2012 Engineering Mechanics Instiyute and 11th ASCE Conference (EMI/PMC 2012) at the Notre Dame, IN.,
2012
2012 #Chung-Shin Chang, A Study of Cutting Temperatures in Turning Carbon-Fiber-Reinforced-Plastics materials using chamfered main cutting sharp worn tools. (Accepted), 2012 International Conference on Civil Engineering and Information Technology (CEIT 2012) in Los Angles, CA,
2011 #Chung-Shin Chang, Prediction of the cutting temperatures of turning stainless steels with nose radius worn tools, CSME 28th Conf. Taichung, Taiwan, 2011/12,
2011 #Den-Hwei Shih, Yin-Liang Lin,Bao-Chiang Huwang, Chung-Shin Chang, Study of Mechanism Stress and Fatigue in Variable Toggle Punch Machine, 14 Conf. of Machine Tool Design and Mechanism, National Centrial University, Taiwan 99-2221-E-197-007),
2011 #Chung-Shin Chang, Je-Ee Ho, Prediction of the Cutting Temperatures of Turning Stainless Steels with Nose Radius Worn Tools, The 35th National Conf. on Theoretical and Applied Mechanics , pp. 627~632, Nov., 2011.,
2011 #Chung-Shin Chang, A Study of Cutting Temperatures in Turning Carbon-Fiber-Reinforced Plastics (CFRP) Composites with Worn Tools, The 2011 International Conference on Chemical Engineering and Advanced Materials (CEAM 2011),
2010 #Chung-Shin Chang, The bed,guider and feeds system design,research and manufacturing of ultra precision turning machine), The CSME and NSC Conf. at the National Taipei Science and Technology University,
2010 #Chung-Shin Chang, A study of cutting temperatures of turning stainless steels with chamfered cutting edge nose radius worn tools, ASME-ICMECE Conf. 2011, UBC, Canada,
2010 #Chung-Shin Chang, Prediction of cutting temperatures of stainless steel with nore radius worn tools, The 13 Int. Symposium on Advances in Abrasive Technology ,ISAAT 2010, Taiwan,
2010 #Chung-Shin Chang, Prediction of cutting temperatures of turning stainless steels with chamfered cutting edge nose radius worn tools, 2010 工程力學研討會(Engineering Mechanics Institute EMI 2010 Conference,ASCE, (USC, CA),
2009 #Chung-Shin Chang, A study of cutting temperatures in turning stainless steel with nose radius tool, The 2009 ASME Conf. on Micro Nano Heat Method Transfes,MNHMT,(SJTU), China ),
2009 #Chung-Shin Chang, A Study on Cutting Temperatures of Turning Stainless Steel with Nose Radius Tools, CSME-26, National Chen-Kung University,Tainan,Taiwan, 2009,
2009 #Chung-Shin Chang, Prediction of Cutting Temperatures in Turning Stainless Steel with Nose Radius Tools, National Conference onTheoretical and Applied Mechanics, 2009 (National United University ),
2009 #Chung-Shin Chang, Predicting cutting temperatures when turning stainless steel with worn tools, The 2009 Joint ASCE-ASME-SES Conf. on Mechanics and Materials,( Virginia Tech, USA),
2008 #Chung-Shin Chang, Prediction of the Cutting Temperatures of Stainless Steel with Chamfered Main Cutting EdgeTools, CSME Conference 22,2008,(Chang-Hua,Da Yie University),
2008 #Chung-Shin Chang, A study of walking robot machine design, The 8th Chinese Machine Tool and Mechanism Theory Conference,2008,Ming-Shin Science and Technology University,Shin-Chou,Taiwan,
2008 #Chung-Shin Chang, A study of the cutting temperatures in turning of glass fiber reinforced plastics materials, 16th Annual Int. Conf. on Composites / Nano),(KUMST,Kun-Ming China),
2007 #Chung-Shin Chang, A study of cutting temperatures in turning of glass-fiber-reinforced plastics materials, Int. Conf. on Advanced Manufacture-2007, Society of Manufacturing Engineers,(NCKU), Taiwan,
2007 #Chung-Shin Chang, Prediction of the Cutting Temperatures of Stainless Steel with Chamfered Main Cutting Edge Tools, Int. Conf. on Smart Machining Systems, March, 2007,NIST, Gaithersburg, MD, USA,
2006 #Chung-Shin Chang, Turning of glass-fiber-reinforced-plastic (GFRP) using TiN-coated, TiCN-coated and uncoated carbide tools with chamfered main cutting edge, D2-046, The 23th National Conf. on Mechanical Engineering, CSME,KSU, Taiwan,
2006 #Chung-Shin Chang, Turning of carbon fiber reinforced plastic (CFRP) composites using chamered main cutting edge tools, CIRP-2nd Int. Conf., High Performance Cutting,HPC,(Vancouver), Canada, July,,
2006 #Chung-Shin Chang, 2006Turning of carbon fiber reinforced plastic (CFRP) composites using chamfered main cutting edge tools, pp.20~26, 14th Chinese Society of Sound and Vibration Conf.(CSSV 2006), National Ilan University, June,,
2004 #Chung-Shin Chang, 2004Turning of glass fiber reinforced plastics materials with chamfered main cutting edge carbide tools, pp. 876-898, 8th Int. Conf. on Manufacturing Management, 2004,(Gold coast, Australia),,
2003 #Chung-Shin Chang, A force model of milling stainless steels using chamfered main cutting edge tools,pp. 481-486, 7th International Conference on Mechatronics Technology, ICMT 2003, NTU,Taipei,
2003 #Chung-Shin Chang, Prediction of cutting forces in milling stainless steels using chamfered main cutting edge tools, pp.121-126, 20th National Conference on Mechanical Engineering, CSME, 2003, (NTU), Taipei,Taiwan,
2002 #Chung-Shin Chang, Prediction of cutting forces in milling stainless steels using chamfered main cutting edge tools, pp.121-126, Conference on Promotion Mechanical Engineering, J. of I-Lan Institute of Technology (NIIT), October , 2002.,
2002 #Chung-Shin Chang, Turning of stainless steel with a nose radius chamfered main cutting edge tools when wear has occurred, pp. 345-382, 7th Int. Conference on Manufacturing and Management, (Bangkok), Thailand, 2002,
2002 #Chung-Shin Chang, An independent study of walking mechanism, pp. 60-67,2002, Proceeding of the 5th Na. Conf. Design Mechanisms and Machines, The Chinese Society of Mechanism and Machine Theory, (Kaohsiung) ,Taiwan,
2001 #Chung-Shin Chang, A force model for face milling tools with a chamfered main cutting edge when wearing has occurred, Vol. II-Posters, pp. 87~90, 2001, Proceedings of the 3rd Int. Conf. on Metal Cutting and High Speed Machining, (De Metz, France),
2000 #Chung-Shin Chang, A force model for single-point shaper tools , pp.891-897, The Chinese Society of Mechanical Engineers, Kaohsiung, Taiwan, R.O.C.,
1999 #Chung-Shin Chang, Prediction of cutting forces for milling plain carbon steel using chamfered main cutting edge tools, pp.47~55 (NSC 89-2212-E-197-001), Proce. of the 23rd National Conf. on Theoretical and Applied Mechanics, Society of Theoretical and Applied Mechanics, Hsinchu, Taiwan,
1999 #Chung-Shin Chang, A study of cutting forces for milling plain carbon steel using chamfered main cutting edge Tools, pp. 243-252, ASME Int. Mechanical Engineering Congress and Exposition, J. of Manufacturing Science and Engineering, Nashville, TN, U.S.A,
1997 #Chung-Shin Chang, A force model for nose radius worn tools with a chamfered main cutting edge pp. 168~175, Proceedings of the 14th National Conf. on Mechanical Engineering, The Chinese Society of Mechanical Engineers, Taiwan, R.O.C.,,
1996 #Chung-Shin Chang, Turning of stainless steel with a chamfered main cutting edge when wearing has occurred, pp. 162~170, Proceedings of the 20th National Conf. on Theoretical And Applied Mechanics, Society of Theoretical and Applied Mechanics, Taipei, Taiwan, R.O.C.,
1996 #Chung-Shin Chang, A force model of a single-point tool with a chamfered main cutting edge when wear has occurred, pp. 34~42, Proceeding of the Thirteen National Conf. on Mechanical Engineering, The Chinese Society of Mechanical Engineers, Taipei, Taiwan, R.O.C.,,
1993 #Chung-Shin Chang, Turning of stainless steel with chamfered main cutting edge tools, Proceeding of the tenth National Conf. on Mechanical Engineering, The Chinese Society of Mechanical Engineers, Hsinchu, Taiwan, R.O.C., pp. 439~448,
1992 #Chung-Shin Chang, A force model of single-point tools with chamfered main cutting edge,pp. 169-177, Proceeding of the ninth National Conf. on Mechanical Engineering, The Chinese Society of Mechanical Engineers, Kaohsiung, Taiwan, R.O.C.,
1984 #Chung-Shin Chang, A study of turning plain carbon steels wih chamfered main cutting edge tools, Ph. D. Thesis of Mechanical Engineering at the Tatung University (Taipei),
Year Book Title
2012 2012/10
2010 #Chung-Shin Chang, Prediction of the cutting temperatures of turning stainless steels with chamfered main cutting edge nose radius worn tools, 2010 ASME Int. Mechanical Engineering Congress & Exposition, Proceeding of IMECE10 Nov. 12, (the University of British of Columbia,UBC), Vancouver, (No. 99-2914-I-197-004-A1), 2010/12
2010 #Chung-Shin Chang, Turning of stainless steel using nose radius worning tools, The Engineering Mechanics 2010 Conference, American Society of Civil Engineering (EMI, ASCE), The University of Southern California (南加州大學), 2010/10
2010 #Chung-Shin Chang, American~2011, Who's Who in Science and Engineering, Marquis Who's Who in Science and Engineering, NJ, USA, 2010/03
2010 #Chung-Shin Chang, Introduction of Automation (6th edition, in Chinese), Chun-Hua Book Company Ltd. , 1970/01
2009 #Chung-Shin Chang, A Study on Cutting Temperatures of Turning Stainless Steel with Chamfered Main Cuting Edge Nose Radius Tools,(NSC 96-2622-E-197-001-CC3), The ASME 2009, 2nd Micro/Nanoscale Heat & Mass Transfer International Conference, 2009,Nov. Sanghai, China, 2009/12
2009 #Chung-Shin Chang, 英國 Top 100 Engineers 2009, Sponsored & Administered by the Int. Biographical Centre, Cambridge, England, Cambridge, England, 2009/08
2009 #Chung-Shin Chang, Predicting Cutting Temperatures When Turning Stainless Steel with Worn Tools (NSC 96-2622-E-197-001-CC3), ASME, ASCE-2009 Engineering Mechanics Report , 2009/08
2009 #Chung-Shin Chang, Mechanism (4th edition in Chinese), Chun-Hua Book Company Ltd., 2009/07
2008 #Chung-Shin Chang, A study on cutting temperatures of turning stainless steel with nose radius tools), National Science Report(NSC 97-2221-E-197-009), 2008/12
2008 #Chung-Shin Chang, 2008 Teacher Award in Engineering College at the NIU, Engineering College, National Ilan University, 2008/11
2008 #Chung-Shin Chang, 2008 Researcher Award in Engineering College, NIU, Engineering College, NIU,I-Lan, Taiwan, 2008/10
2008 #Chung-Shin Chang, 英國 Top 100 Engineers 2008, Sponsored & Administered by the Int. Biographical Centre, Cambridge, England, Cambridge, England, 2008/01
2006 Chung-Shin Chang, Mechanism (in Chinese), Chun-Hua Company Ltd., 2006/11
2005 #Chung-Shin Chang, American 2004~2005, Who's Who in Science and Engineering, Marquis Who's Who in Science and Engineering, NJ, USA, 2005/12
2005 #Chung-Shin Chang, New type Patents of Face Milling tools with chamfered main cutting edge (No. M 275043, R.O.C), IBQ,R.O.C., 2005/11
2005 #Chung-Shin Chang, Micromechanic Research Report in Wu S-M Manufacturing Research Center at the University of Michigan,Ann Arbor, National Science 43th at the Michigan University Ann Arbor, 2005, 2005/11
2005 #Chung-Shin Chang, New type Patents of Turning tools with chamfered main cutting edge (No. M 256245, R.O.C), IBQ,R.O.C, 2005/02
2004 #Chung-Shin Chang, 美國2003~2004, Who's Who in Science and Engineering (科學與技術傳記名人獎), Marquis Who's Who in Science and Engineering, NJ, USA, 2004/12
2003 #Chung-Shin Chang, Award of Teachers in 2003 Education Adminstration of R.O.C, Education Adminstration,R.O.C, July, 2003, 2003/07
2002 #Chung-Shin Chang, Components of Pneumatic and Hydraulic exhausting materials report, Taipei tax burea, January, 2002, 2002/10
1997 #Chung-Shin Chang, Mechanism (vol. 1, in Chinese), Chun-Hua Book Company Ltd. , 1970/01
1996 #Chung-Shin Chang, Numerical Training Report of Lan-Ing Cast company Ltd., National Ilan Universiy, 1996/12
1995 #Chung-Shin Chang, Kong-Tou Award of Academic, Society of Chinese Industrial Education中,December,1995, 1995/12
1993 #Chung-Shin Chang, Mechanism (vol.2, in Chinese), Chun-Hua Book Company Ltd., 1970/01
1992 #Chung-Shin Chang, The Third Prize of textbook in Introduction Automation, Education Adminstration,R.O.C, July, 1992, 1992/12
1990 #Chung-Shin Chang, Measuring Instruments Assembly and Application (in Chinese), Foundation of Shih Book Company Ltd., 1990/08
Year Project Title Participartor Job Title Period Unit
104 Chung-Shin Chang 1970.01.01 ~ 1970.01.01
103 Chung-Shin Chang 1970.01.01 ~ 1970.01.01
103 Chung-Shin Chang 1970.01.01 ~ 1970.01.01
102 Chung-Shin Chang 1970.01.01 ~ 1970.01.01
102 Chung-Shin Chang 1970.01.01 ~ 1970.01.01
101 Chung-Shin Chang 1970.01.01 ~ 1970.01.01
101 Chung-Shin Chang 1970.01.01 ~ 1970.01.01
101 Chung-Shin Chang 1970.01.01 ~ 1970.01.01
100 Super Precision spindle design and research in static pneumatic grinding machine Chung-Shin Chang leader 1970.01.01 ~ 1970.01.01 National Science Council, R.O.C
100 Prediction cutting forces and cutting temperatures using FEM method in face milling stainless steels Chung-Shin Chang Leader 1970.01.01 ~ 1970.01.01 National Science Council, R.O.C
99 Training of manpower in production equipment system Chung-Shin Chang,Kuang-Hua Fuh Co leader 1970.01.01 ~ 1970.01.01 Ministry of Education
99 Prediction cutting forces and cutting temperatures in turning stainless steel using nose radius tungsten carbibe tools Chung-Shin Chang leader 1970.01.01 ~ 1970.01.01 National Science Council, R.O.C
99 Participate the 2010 ASME Conference in Vancouver,Canada Chung-Shin Chang leader 1970.01.01 ~ 1970.01.01 National Science Council, R.O.C
99 Extra precise spindle in the static pneumatic grinding machine for design and manufacturing Chung-Shin Chang leader 1970.01.01 ~ 1970.01.01 National Science Council
98 2009 Manpower training for production equipment system design program (No.0980008878E) Chung-Shin Chang,Kuang-Hua Fuh Co leader 1970.01.01 ~ 1970.01.01 Ministry of Education
98 Z bed, guider and feeding system of design and manufacturing in extra precise turning machine Chung-Shin Chang leader 1970.01.01 ~ 1970.01.01 National Science Council
97 Teaching aids in Mechanical Design and Computer Aided Drafting Chung-Shin Chang leader 1970.01.01 ~ 1970.01.01 national Ilan University
97 2008 manpower training for production equipment system design in punch machine program (No.0970040669A) Chung-Shin Chang leader 1970.01.01 ~ 1970.01.01 Ministry of Education
97 Prediction of cutting forces and temperatures in high speed turning stainless steel using chamfered main cutting edge carbide tools Chung-Shin Chang leader 1970.01.01 ~ 1970.01.01 National Science Council, R.O.C
97 Digital teachung aids (Measuring engineering and computer aided drafting) Chung-Shin Chang leader 1970.01.01 ~ 1970.01.01 National Ilan University
96 High strength cone nose elements using high frequency heating method in engineering plastics materials Chung-Shin Chang leader 1970.01.01 ~ 1970.01.01 National Science Council, R.O.C
96 Manpower training in production equipment system-precision punch machine project Chung-Shin Chang leader 1970.01.01 ~ 1970.01.01 Ministry of Education
96 Prediction of cutting temperatures in turning stainless steel using wear tools Chung-Shin Chang leader 1970.01.01 ~ 1970.01.01 National Ilan University
96 Inovation teaching aids project(computer aided mechanical drafting-AutoCAD) Chung-Shin Chang leader 1970.01.01 ~ 1970.01.01 National Ilan University
95 Cutting temperatures in turning glass-fiber-reinforced-plastics materials Chung-Shin Chang leader 1970.01.01 ~ 1970.01.01 National Science Council, R.O.C
95 A study of cutting temperatures in turning glass-fiber-reinforced-plastics materials Chung-Shin Chang leader 1970.01.01 ~ 1970.01.01 GTI Machine Tool Compnay Ltd.
94 A study of glass-fiber-reinforced-plastics materials using TiN,TiCN and uncoated carbide tools Chung-Shin Chang leader 1970.01.01 ~ 1970.01.01 National Science Council, R.O.C
94 A study of high speed and precise machining in turning stainless steel Chung-Shin Chang leader 1970.01.01 ~ 1970.01.01 National Science Council, R.O.C
93 High strength fiber-carbon tube using high frequency heating method to produce Chung-Shin Chang leader 1970.01.01 ~ 1970.01.01 National Science Council, R.O.C
93 manufacturing of high strength fiber-carbon tube using high frequency heating method Chung-Shin Chang leader 1970.01.01 ~ 1970.01.01 Hung-Hua machinery company Ltd.
92 Design and grinding milling tools in face milling GFRP materials Chung-Shin Chang leader 1970.01.01 ~ 1970.01.01 National Science Council, R.O.C
91 Turning tool design and grinding for composite materials processing Chung-Shin Chang leader 1970.01.01 ~ 1970.01.01 GTI Machine Tool Compnay Ltd.
91 A study of cutting tool design and grinding for turning composite materials Chung-Shin Chang leader 1970.01.01 ~ 1970.01.01 National Science Council, R.O.C
90 A study of 3D curve surface measuring and inverse milling technology Chung-Shin Chang leader 1970.01.01 ~ 1970.01.01 National Science Council, R.O.C
89 Turning stainless steel using nose radius worn tools Chung-Shin Chang leader 1970.01.01 ~ 1970.01.01 National Science Council, R.O.C
88 Uing liquid sensor to control an automatic raining cover ON and OFF design Chung-Shin Chang leader 1970.01.01 ~ 1970.01.01 National Science Council, R.O.C
88 Prediction cutting forces in milling medium carbon steel using chamfered main cutting edge tools Chung-Shin Chang leader 1970.01.01 ~ 1970.01.01 National Science Council, R.O.C
87 A study of high efficiency in face millg tool Chung-Shin Chang leader 1970.01.01 ~ 1970.01.01 National Science Council, R.O.C
85 Prediction of the cutting forces in turning medium carbon steel using nose radius worn tools Chung-Shin Chang leader 1970.01.01 ~ 1970.01.01 National Science Council, R.O.C
84 Prediction of cutting forces in turning carbonsteel using sigle-point wear tools Chung-Shin Chang leader 1970.01.01 ~ 1970.01.01 National Science Council, R.O.C
82 A study of cutting forces in turning carbon steel using using silver white chip tool with TiN, TiCN and uncoating Chung-Shin Chang leader 1970.01.01 ~ 1970.01.01 National Science Council, R.O.C