|
|
|
|
| Original Papers |
|
|
|
| A Study on the Plan of the Problem-Solving
Processes in a Technical Task. |
|
Kazuyuki SADA and Masashi MATSUURA |
1-8 |
| Structure of comprehension ability
in Industrial Arts Education and its teaching materials |
|
Yasutaka TAKEMATSU |
9-15 |
| J-CAD for Information Basis
in Industrial Arts and Homemaking at the Lower Secondary School. |
|
Akihiro KAWASHIMA and Tetsuo
KANAI |
17-24 |
| A Simple Measurement Method
of Impedance by Personal Computer. |
|
Hiroshi ASANO,Takahiro ARA and
Shoichi ODA |
25-32 |
| Study on the Functions of Teaching
Materials in the Industrial Arts Education. On the General Use of Teaching
Materials in the Instructional Process. |
|
Toshio ISHIZUKA and Hidetoshi
MIYAKAWA |
33-40 |
| Experimental Model of a Simplified
Data base for Screw fasteners using preferred Numbers. |
|
Minoru TANAKA, Ryo KIMURA and
Heiji INOUE |
41-47 |
|
|
|
|
| Technical
Information |
|
|
|
| A Research on Information Education
Using Hyper Text. |
|
Atsushi HIROKAWA and Hitoshi
JOH |
49-56 |
| Study on Uneasy Feeling to the
Leading of "Joho-Kiso" Region. |
|
Takehiko KADOWAKI, Hidetoshi
MIYAKAWA and Noriyuki ARAKI |
57-63 |
|
|
|
|
| Special Article |
|
|
|
| 1993 Symposium Report: new trends
on technology education. |
|
|
65-73 |
|
|
|
|
| Original Papers |
|
|
|
| Building up the Schama of Skill
at First Step by Cognitive Approach in the Subject of Technology |
|
Masaki DAIDO and Masashi MATSUURA |
75-81 |
| A Study on Sex-Related Differences
in Technical Arts Education of Junior High School |
|
Takashi NAKAMURA and Terutaka
TMAI |
83-89 |
| Some Issues on Scholastic Ability
in Industrial Arts Education |
|
Akihisa ADACHI and Jyouici KIRITA |
91-96 |
| A Comment on Hammers |
|
Satoshi EMA |
97-104 |
| Development of a Combustion
Device with a Carburator Using Capillary Tubes for Measuring Fuel Volume |
|
Hiroshi OKURA ,Tomotsugu TOSHIMA,
Sei UEDA and Naobumi SUMI |
105-110 |
| Development of Selection System
for Woodworking Practical Subject of Technology Education in Junior High
School |
|
Akinori YAMASHITA ,Ikuo NAGASAWA
and Masaaki TSUKAMOTO |
111-118 |
| Study on the Teaching Materials
for Learning Machine Controlled by Sensor and Computer |
|
Hiroshi SATO , Yasuhiko IRIKURA
and Takeshi WATANABE |
119-126 |
| Group Delay Characteristics
of Magnetostatic Backward Waves on the YIG Film |
|
Toshinobu YUKAWA , Tadashi YAMANA
and Tsutomu KUBO |
127-133 |
| Effects of Semiconducting Carriers
on the Propagation Characteristics of Piezoelectric Waves |
|
Toshinobu YUKAWA , Tadashi YAMANA
and Tsutomu KUBO |
135-143 |
| Test Results of Food Processing
Using Far Infrared Rays |
|
Shohei OSADA and Satoshi KATAYAMA |
145-154 |
|
|
|
|
| Special Article |
|
|
|
| The problem of "Cultivation"
Area in the Industrial Arts in Junior High School |
|
|
|
| Chapter 1. |
|
|
|
| Practicable Measures to Improve
Low Selection Rate of Plant Cultivation in the Subject of Industrial Arts
in Junior High School |
|
Hideo TSUCHIYA and Tadashi YANAGAWA |
155-160 |
| Chapter 2. |
|
|
|
| The Prospects for the Learning
of Cultivation in the Industrial Arts in Junior High School |
|
Sadato YAMAZAKI |
160-166 |
|
|
|
|
| Original Papers |
|
|
|
| A Study of Technical Ability.
−Changes in Self-Evaluation Ability Realized in Process of Class− |
|
Shigeki ANDOH and Hitoshi JOH |
167-173 |
| Modal Shape Excited on Hammer
Handle in Hitting Operation |
|
Mitsuyosi SHIMAMOTO,Hideki NAKAYAMA,Okitsugu
SAKATA,Kazutoyo KAWANO,Yoshibumi KINOSHITA and Shiro OZAKI |
175-183 |
| A Fundamental Study on Fostering
Creativity in Industrial Arts Education ：A Consideration about Learning
Programming, the Use of Spread Sheets and Databases |
|
Yasuhiro NAKASHIMA and Hidetoshi
MIYAKAWA |
185-191 |
| Teaching the Pressure Changes
by Heat Addition in Cylinders and the Moving Piston in Learning about Internal
Combustion Engines：A Learning Method on the Formation of Understanding |
|
Makoto arikawa, Masao Uesato
and Masami SABURI |
193-199 |
| Some Aspects of the Teaching
and Evaluation Methods Used in Industrial Technical Schools of the Kobe
and Osaka Areas |
|
Martinez MERCADO, A and Hitoshi
JOH |
201-206 |
| Strength Evaluation of Si3N4
Specimens with Different Notches or Dimensions |
|
Yoshinori EBIHARA |
207-213 |
| Development of the Learning
System of the Computer-Controlled Machining |
|
Takuji MURAO and Nobuaki OOUCHI |
215-221 |
|
|
|
|
| Educational
Reports |
|
|
|
| Teaching Materials to Find out
the Learned Problems and Teaching - Learning Process |
|
Yoshimi KONDO |
223-228 |
| Parallel-Distributed Processing
of Programs with the Use of PC-LAN |
|
Minoru MATSUYAMA and Toshiaki
YOKOI |
229-235 |
|
|
|
|
| Technical
Information |
|
|
|
| CAI Courseware for Basic Experiment
of Mechanical Engineering |
|
Satoshi EMA, Tadashi YAMANA
and Tsutomu KUBO |
237-242 |
|
|
|
|
| Original Papers |
|
|
|
| Graphical Analysis of Impedance
Using a Circle Diagram (vector locus) |
|
Kiyonobu KUSANO and Tohru YOSHIKI |
243-251 |
| A Study on the Improvement of
a Multiblade Fan Impeller for the Connection with a Smaller Duct |
|
Takenori OGAWA, Nobuyoshi HISAMITSU
and Yasuhiro KURODA |
253-259 |
| A Fundamental Study on Driving
a Nail |
|
Satoshi EMA,Tadashi YAMANA,
Tsutomu KUBO and Akira SAWATARI |
261-268 |
| Development of an Automatic
Playing System of a Xylophone Using a Servo Control |
|
Naoya KAWASAKI and Tohru YOSHIKI |
269-275 |
| Selecting the Most Effective
Abrasive Paper and Plate for Sanding lumber Surface and an Induction of
a Simple Type of Surface Roughness Measuring Instrument at Wood Working
Practice in the Industrial Arts |
|
Masabumi KOZIMA, Tadashi YAMANA,
Masatoshi SUGIMORI and Tsutomu KUBO |
277-282 |
| Alteration of Knowledge Network
of Students in Technical Arts |
|
Tadashi KUBO and Masashi MATSUURA |
283-289 |
| A D/A and A/D Conversion Device
Connected with a Printer Interface for a Teaching Material |
|
Fumiaki TAZIMA and Takashi TAKESAWA |
291-296 |
|
|
|
|
| Educational
Reports |
|
|
|
| Development of Practice Subject
Matter, "Sprey -Can Boring Gadget", in Metal Working |
|
Minoru TERAISHI and Shigeki
ANDOH |
297-303 |
| A Recording Equipment of Protocal
in Programming and Experimental Use |
|
Takeshi HONGO |
305-312 |
| A Simple Test Method for Evaluating
the Mechanical Properties of Wood |
|
Yoshiaki TANIGUCHI, Katsumi
MIZUTANI and Yoshifumi KOBAYASHI |
313-318 |
| Development of the Learning
of Making a Knife by Means of Forging in Junior High School. -Possibility
in the Coeducational Class- |
|
Toshiaki HATA, Isamu NAKAMURA
and Shigeru SAEGUSA |
319-325 |
|
|
|
|
| Original Papers |
|
|
|
| On the Development and Motion
Control Method of a Jointed Robot Arm with Four Degrees of Freedom |
|
Hiroshi OKURA, Sei UEDA and
Takeshi YANO |
1-6 |
| A Proposal for the New Syllabus
of "Material" Education in the Industrial Arts |
|
Nobuyoshi HISAMITU, Takenori
OGAWA and Tsuyoshi YAGI |
7-12 |
| Small DC Motor Drive with Digital
PWM Circuit Using Personal Computer |
|
Haruyosi AKIBA |
13-21 |
| A Measurement of Consciousness
of Industrial Arts Teachers about Contents of Instruction and Syllabus
Construction |
|
Mitsuo KAWATANI, Takenori OGAWA
and Nobuyoshi HISAMITU |
23-32 |
| Effect of Media and Concentration
of Nutrient Solution on the Flowering and Growth in Marigold |
|
Hiroo SHIGEOKA and Shigeru MASUDA |
33-38 |
|
|
|
|
| Educational
Reports |
|
|
|
| Drawing Maps as an Exercise
on a Word Processor |
|
Shunsuke HOZUMI |
39-44 |
| A Pilot Study on "KADAI
KENKYU" -Subject Study-in the Technical High School |
|
Toyoshi IMACHI and Hitoshi JOH |
45-55 |
| "Comparison" as a
Stand-point for Developing Subject Matters and Practice of Laboratory Work |
|
Kiyoomi TANAKA, Mitsuo TAKAHASHI
and Takashi WARASHINA |
57-64 |
|
|
|
|
| Technical
Information |
|
|
|
| Development of Hardness Tester
for the Region of Material Processing in Technical Education |
|
Takao YAKOU, Susumu ARAKAWA
and Kaoru NAGATA |
65-69 |
| Characteristics of Water Paint
for Wood and Using for Teaching Materials |
|
Takahiro SAKAI, Masafumi KOJIMA,
Masatoshi SUGIMORI, Tadashi YAMANA and Tsutomu KUBO |
71-75 |
| Adhessive Property of Water
Paint for Wood under Various Condition at Coating Practical Subject |
|
Takahiro SAKAI, Masatoshi SUGIMORI,
Masafumi KOJIMA, Tadashi YAMANA and Tsutomu KUBO |
77-80 |
| Historical Development of Technology
Education in Iwate Prefecture.−Focusing upon Metal Work Area− |
|
Tsunetaka YOKOO and Katsunori
TAKAHASHI |
81-89 |
| An Analysis of Nature Environmental
Issue by the Concept of Entropy |
|
Kazushi FUJIWARA |
91-98 |
|
|
|
|
| Original Papers |
|
|
|
| Distributions of the Turbulent
Energy in a Wall-attachment Fluid Amplifier During the Switching Process |
|
Takuji MURAO, Kouzou SUDOU and
Tashihiro TAKAMI |
99-104 |
| Trial Manufacture and Performance
of Stirling Engine as a Teaching Material |
|
Masahiro HUKUSHIMA,Yasuhiro
YOSHIMOTO and Minoru TUKAHARA |
105-110 |
| A Study on Achievement Motive
in Technology and Science Learning in a Jr.High School |
|
Hiroaki OGUNI and Masaaki TSUKAMOTO |
111-121 |
| On the Relationship between
Achievement Motive and Academic Achievement in Technology and Science Learning
in a Jr.High School |
|
Hiroaki OGUNI and Masaaki TSUKAMOTO |
123-130 |
| On the Educational Facilities
of the Handicraft Education in the Meiji Period |
|
Hiromichi MIYAZAKI |
131-138 |
| Analysis of Work of Middle-School
Girl Students in Handsawing Exercise |
|
Kenichi MATSUDA and Sinichirou
TUJI |
139-146 |
| Ultra-Low Frequency Opto-Isolato
Type Switching-Mode Transformer |
|
Masayoshi MIYAUCHI |
147-154 |
| Development of the Teaching
Material of Internal Combustion Engine by an Animation Using a Personal
Computer |
|
Makoto KINEFUCHI, Takashi TORII
and Noriaki KANNO |
155-162 |
| Development and Application
of Three Dimensional Measuring Apparatus Using Printer Interface |
|
Hiroshi OKURA,Naobumi SUMI and
Sei UEDA |
163-169 |
| A Study on Students' Attitude
towards Class of Industrial Arts |
|
Yukio TAURA and Masashi MATUURA |
171-178 |
|
|
|
|
| Educational
Reports |
|
|
|
| Study on the Teaching Recycle
in Metal Working …Environment Education Using Aluminum Can… |
|
Hiroshi SATO, Kazuto ONO and
Takeshi WATANABE |
179-187 |
|
|
|
|
| Technical
Information |
|
|
|
| Measurement of Luminance Using
CCD Sensor |
|
Michio KOZUKI and Kazuyoshi
MASUMI |
189-194 |
| The Influence of the Images
Produced by Behavior and Language on the Motor Skill Acquisition |
|
Kousaku DOI |
195-204 |
|
|
|
|
| Original Papers |
|
|
|
| The Corrective Behaviors at
the Problems Solving in Technical Task |
|
Kazuyuki SADA and Masashi MATSUURA |
205-212 |
| Influence of the Oxide Film
of Work on Tool Wear during the Drilling of Carbon Steel S50C |
|
Takao YAKOU and Susumu ARAKAWA |
213-219 |
| Development of Computer Program
Simulating Phase Diagrams Solidification Behavior of Binary Alloy |
|
Akira YAMADA |
221-226 |
| Development of Woodworking Practical
Subject Selection System with Aid of Computer for Junior High School Teacher |
|
Ikuo NAGASAWA, Akinori YAMASHITA
and Masaaki TSUKAMOTO |
227-232 |
| A New Classification of Operating
Modes in Step-up Switching Regulators |
|
Kiyonobu KUSANO and Masao SATOH |
233-241 |
| A Measurement of Consciousness
of Industrial Arts Teachers about Environmental Education |
|
Mitsuo KAWATANI, Takenori OGAWA
and Nobuyoshi HISAMITSU |
243-251 |
| An Analysis of Teaching Behavior
for a Course in Mechanical "Cutting by Gas" and "Ark Welding"
in High School |
|
Takenori MOTOMURA and Ryozo
OYAMADA |
253-260 |
|
|
|
|
| Educational
Reports |
|
|
|
| A Study on Adapting the Plywood
Manufacturing to the Teaching Material |
|
Yoshiaki TANIGUCHI, Katsuki
MIZUTANI and Makoto YOSHIDA |
261-267 |
| The Development of Video Teaching
Aids as to the Shrinkage Deformation of Wood and the Making Good Use of
Them for CAI Study |
|
Yasunori KAWAI, Ken-etsu NARITA
and Yuji HIROYA |
269-276 |
|
|
|
|
| Technical
Information |
|
|
|
| Difference between Teachers'
Intentions and Students' Understanding in Technical Arts |
|
Tadashi KUBO and Masashi MATSUURA |
277-285 |
| A Production Method of Printed
Interface-Board using CAD software |
|
Masaharu YOSHIDA, Tsutomu KUBO
and Tadashi YAMANA |
287-291 |
|
|
|
|
| Special Article |
|
|
|
| The Actual Situation and Prospects
of Electricity Territory of Technology Education |
|
Masanori NAKAHASHI |
293-301 |
|
|
|
|
| Original Papers |
|
|
|
| Design of a chopper type step-up
Switching regulator operating in the light load mode |
|
Kiyonobu KUSANO and Masao SATOH |
303-311 |
| A Study on Teaching Material
for Leaning Spur Gear by Taking Tooth Profile into Account |
|
Minoru TANAKA, Kenji FUJII and
Heiji lNOUE |
313-319 |
| Utilization of Herbs in Cultivation
Class at Junior HighSchool：Cultivation of Lavender in the Warm Region
of Southwest Japan |
|
Takaaki ISHII |
321-325 |
| Trial Manufactures of Controlled
Chamber Which is Windless, Constant Temperature and Constant Humidity Applied
Far infrared Rays |
|
Shohei OSADA |
327-334 |
| Drying of furnitures using far-infrared
rays |
|
Shohei OSADA |
335-346 |
| The Simulation of Water Potential
in Plants |
|
Yoshiham MASUDA and Shigeki
MURAMATSU |
347-352 |
| Brittle Fracture and Adhesion
on Tool Face of Cemented Carbide during Interrupted Cutting |
|
Takao YAKOU |
353-357 |
| Development of a Stirling Cycle
Engine System in Teaching the Basic Principle of Energy Conversion |
|
Hiroshi OKURA |
359-364 |
| A Hamonic Analysis of Diode
Bridge Rectifier with a DC Filter Capacitor |
|
Susumu KITAMORl |
365-371 |
|
|
|
|
| Technical
Information |
|
|
|
| Perspectives of Industrial Arts
Teachers on the Relative Ease of Teaching the Six Regions．Influence of
Teaching Certificate and Regions of Graduation Thesses |
|
Shiro OZAKI, Yoshihisa OKAMURA
and Kazutoyo KAWANO |
373-379 |
| Development of a Transfer Function
Analyzer and its Application to Learning |
|
Yoshimasa INAI, Masayoshi MIYAUCHI
and Yasushi HONDA |
381-386 |
| Development of a Teaching Plan
Database through Personal Computer Communications |
|
Koichi KATO, Akihiro KONDOU,
Yoshihiko IWAI, Katsutoshi TAKAHASHI and Shoji ASAMI |
387-393 |
| Present State of Environmental
Education in Japanese Junior High Schools |
|
Mitsuo KAWATANI, Takenori OGAWA
and Nobuyoshi HISAMITSU |
395-405 |
|
|
|
|
| Original Papers |
|
|
|
| Development of a Distribution
System of Exerciese at the Computer Practice |
|
Takeki YAHIRO |
1-7 |
| Development of a remotely controlled
moving vehicle using an ultra red-ray transmission |
|
Naoya KAWASAKI and Kazuto ORITA |
9-16 |
| A Study on try to make out an
Attitude Scale for Fomative Evaluation of Industrial Arts． |
|
Yukio TAURA and Masashi MATSUURA |
17-27 |
| Prevention of the Loosening
of Threaded Fasteners by Anaerobic Adhesives |
|
Nobuyosi HISAMITSU, Takenori
OGAWA and Seiji INOUE |
29-35 |
| A Study on Producing the Video
Program for the Learning of Woodworking ． On videotaping the processes
of shrinkage and swelling due to water absorbing and evaporating, Planing
by the hand plane and mortising by the hollow chisel． |
|
Yoshiaki TANIGUCHI, Takashi
NISHIOKA, Katsuki MIZUTANI and Makoto YOHIDA |
37-42 |
|
|
|
|
| Educational
Reports |
|
|
|
| CAI Introduced Peripheral Equipments
Which Students Learn Actively |
|
Kenji BABA and Kiyoomi TANAKA |
43-48
|
|
|
|
|
| Technical
Information |
|
|
|
| A Comparison of "Fundamental
of Information Science and Technology" area in Japanese Industrial
Arts Education with Computer Education in Texas, U.S.A． |
|
Takashi KUMAMOTO and Hidetoshi
MIYAKAWA |
49-59 |
|
|
|
|
| Special Article |
|
|
|
| Issues and Prospects in the
Teaching of Metal Working in Technology Education ． |
|
Yasuhiro MADA and Ryoya MAKINO |
61-68 |
|
|
|
|
| Original Papers |
|
|
|
| Development of a linear slide
type inverted pendulum and its simulation software using an animation |
|
Seiya YOGO, Naoya KAWASAKI and
Takao OHDACHI |
69-76 |
| Examination of Vocational High
school Students' Attitude Towards School as It is Related to Their Concept
of Work |
|
Nagahiro KAKIHARA and Masashi
MATSUURA |
77-84 |
| Development of Selection System
for Woodworking Practical Subject of Technology Education for Junior High
School Pupil and Example of one Practice |
|
Ikuo NAGASAWA, Akinori YAMASHITA
and Masaaki TSUKAMOTO |
85-89 |
| A Shunt Motor Drive with Thyristor
Chopper Circuit using Personal Computer |
|
Haruyoshi AKIBA |
91-101 |
| Students' Consciousness and
Images about their Learning of Working in Industrial Arts |
|
Kimihito TAKENO and Masashi
MATSUURA |
103-110 |
| An Extended Genetic Algorithm
with Variable-Length Genes for Real Type Optimization Problems |
|
Tatsuro SHINCHI and Haruhiko
NISHIMURA |
111-115 |
|
|
|
|
| Technical
Information |
|
|
|
| Development of "A Study
of Motors"：A HyperText Teaching Tool |
|
Yoshio SUZUKI, Atsushi TOYAMA,
Takashi ABE and Takeshi SAKAGUCHI |
117-124 |
| Development of an Compact Apparatus
for Measuring Knife Sharpness in Learning Woodworking |
|
Chutaro KATO and Hideo SATO |
125-129 |
|
|
|
|
| Original Paper |
|
|
|
| A Diagnostic Check of Two Japanese
Junior High School Industrial Arts Textbooks Against Piaget's Developmental
Stages. : A Review of the Cultivation Areas |
|
Hideo TSUCHIYA and Joichi KIRITA |
131-137 |
| Establishing the Location of
Coordinates in a 3 Dimensional Coordinate System:-Investigating the Difficulties
Involved with Establishing the Location of Coordinates through Imaging- |
|
Kosaku DOI |
139-145 |
| Development of Computer Simulation
Program for Dislocation. |
|
Akira YAMADA |
147-151 |
| The locus of the output wave
of the Colpitt's type oscillator on the output characteristics chart |
|
Kiyonobu KUSANO |
153-160 |
| Two Methods for Performing Parallel
Arithmetic Operations on Three-Ports Massively Parallel Computers |
|
Hidetake FUNAKI, Hiromi KOBAYASHI,
Hiroaki YAMAMOTO and Hiroo YAMAMURA |
161-169 |
|
|
|
|
| Practical Papers |
|
|
|
| Growing Tissue Cultures from
Potato Buds in Junior High School |
|
Yukio ITO, Sinobu WAKATA and
Hisami SASAKI |
171-178 |
| A Study on Producing Edge-grain
Joints in Woodworking Classes. |
|
Yoshiaki TANIGUCHI, Katsuki
MIZUTANI, Yoshinori NAKANO and Makoto YOSHIDA |
179-185 |
| The Development of a Computer
Based VTR Data Acquisition System and Its Application in the Analysis of
Students' Activities in Industrial Arts |
|
Kunio UEDA |
187-194 |
| Noise Reduction Using Cascaded
FIR Filters |
|
Susumu KITAMORI |
195-202 |
|
|
|
|
| Technical Information |
|
|
|
| Junior High School Students'
Knowledge of the Term "Energy", and Their Understanding of Related
Concepts |
|
Makoto ARIKAWA, Masao UESATO
and Masami SABURI |
203-208 |
| Learning about Woodworking by
Maintaining and Repairing Wooden Products |
|
Masayuki NAKAZATO |
209-214 |
| A Study of the Difficulties
Encountered when Teaching the Fundamentals of Information Science and Technology |
|
Haruhisa YAMAGUCHl |
215-222 |
| A Learning System for Production
Scheduling |
|
Kazumasa OHASHI and Noriya KAYAKI |
223-229 |
|
|
|
|
| Original Paper |
|
|
|
| A Study on the Operation of
Keyboards in Junior High School |
|
Satoshi EMA, Hiroaki ODAKA and
Akira SAWATARI |
231 |
| Images of Scanning Tunneling
Microscope (STM) for the Surface of Metal Conductors and their Features |
|
Hiroshi OHSALKI, Terutaka TAMAI |
241 |
| Experimental Teaching Materials
The Basic Electric Circuit Using a Personal Computer |
|
Hiroshi ASANO, Takahiro ARA |
249 |
| Structural Analyses of Junior
High School Thinking Process While Involved in Computer Programming |
|
Jun MORIYAMA, Jyoichi KIRITA |
255 |
| Development of an Automatic
Programming System for a Numerically Controlled Router to be used as an
Electromechanical Teaching Material |
|
Hiroshi OKURA, Hiroshi KOJIMA,
and Naobumi SUMI |
263 |
|
|
|
|
| Practical Papers |
|
|
|
| Development of Subject Matter:
Construction of "Letter Weight Scales" and the appropriate Use |
|
Minoru TERAISHI, Shigeki ANDOH |
271 |
|
|
|
|
| Technical Information |
|
|
|
| Ten-year Fact-finding Investigations
into the Life Skills Possessed by Junior High School Freshmen and the Relationship
to Industrial Arts and Homemaking |
|
Shigeki ANDOH, Hitoshi JOH |
279 |
| A Study on the Standard Teaching
Materials Used in Technology Education |
|
Makoto KIMURA |
287 |
| An Example of (hands-on) Practical
Co-operative Guidance Offered by a Skilled Construction Worker in a Junior
High School Technology Education Woodworking class. |
|
Kaoru BANSHOYA, Kazuyuki NAGATOMI |
291 |
|
|
|
|
| Original Papers |
|
|
|
| Development of a VR-Type Linear Stepping Motor and the Construction
of a Practical Training System Related to its Control Circuits |
|
Hiroshi SHIRAHAMA |
1-9 |
| A Conceptual Framework for Fostering Operational Ability in Technology
Education |
|
Yoshimi KONDO |
11-18 |
| A Butterworth Bandpass Filter Using Mutators |
|
Susumu KITAMORI |
19-23 |
| Stresses and Deformations of Curved Tubes which have a "D"
Type Cross Section |
|
Yasuhiro TOMINAGA |
25-32 |
| Analysis of Stress Distribution in Simple Glued Lap Joints under Shear
Load |
|
Satoki KOHNO, Okitsugu SAKATA, Akira KIKUCHI,Kazutoyo KAWANO, Yoshibumi
KINOSHITA, Kohichi MIYASHITA |
33-41 |
| Preventing the Loosening of Threaded Joints Under Transverse Vibration
Using Anaerobic Adhesives |
|
Nobuyoshi HISAMITSU, Takenori OGAWA, Masashi TOKITOU |
43-48 |
|
|
|
|
| Practical Paper |
|
|
|
| The Development of a Measurement and Simulation System for Assisting
with the Design of a Mono−Transistor Amplifier in Technology Education |
|
Hirotaka DOHO, Kunio UEDA |
49-58 |
|
|
|
|
| Technical Information |
|
|
|
| CAI for Machine Design −Design of Hand Winches− |
|
Satoshi EMA, Hiroaki ODAKA |
59-65 |
|
|
|
|
| School Report |
|
|
|
| (Preface) |
|
|
67 |
| (Creation of class which student independently studies) |
|
|
69-72 |
| (Manufacture study deepened from affecting suitable of child) |
|
|
73-76 |
|
|
|
|
| Original Papers |
|
|
|
| Study of Teaching and Learning Methods Based on the Pragmatic Schema
of Students in Industrial Arts Education - About the Function and Construction
of Thermostat - |
|
Yoshihiro MASUO |
77-85 |
| Research on the Cause and Effect Relationship between Factors Related
to Improving Students' Computer Program Design Ability in the Realm of
Information Basics. |
|
Jun MORIYAMA, Jyoichi KIRITA |
87-95 |
| The Effect of Processing Conditions on the Machinability of a Wear
Resistant Copper Alloy. |
|
Yukinobu HORITA, Hisakimi NOTOYA, Shigeru YAMADA |
97-102 |
|
|
|
|
| Practical Paper |
|
|
|
| The Development of a System to Measure and Evaluate Hand Planed Surfaces |
|
Kunio UEDA, Shigeru SAMUTA, Ikunobu KADOBO |
103-110 |
| The Development of a Method for Soldering Aluminum Alloys in the Industrial
Arts/ Home Economics Metal Working Class |
|
Tadashi YAMANA, Hiroaki ODAKA, Kan TSUJI |
111-116 |
|
|
|
|
| Technical Information |
|
|
|
| The Educational Effects of Introducing Computers as a Means of Studying
into Wood Processing Classes |
|
Hirotugu TAGUCHI, Yasuo OHSAKO |
117-122 |
| Research on the Usefulness of the Junior High School Industrial Arts
and Homemaking Subject Areas as Displayed During the Great Hanshin and
Awaji Earthquake Disaster |
|
Shigeki ANDO |
123-129 |
| Development of a Measuring Tool for Setting the Depth of Cut on a Japanese
Hand Plane |
|
Kazuyuki NAGATOMI, Katsuhiko YOSHIDA, Yoshiyasu NAKATSUKA, Tomohiro
NONAKA |
131-137 |
|
|
|
|
| School Report |
|
|
|
| (About promotion of the teaching material development of the Industrial
Arts/ Home Economics in Shimane Pref.) |
|
|
139-142 |
| (Curriculum organization which centers on theme manufacture and development
of compound theme) |
|
|
143-146 |
|
|
|
|
| Original Papers |
|
|
|
| Design of a Simple and Variable Constant-Current Source and Its Applications |
|
HiroshiShirahama and Kiyonobu Kusano |
147-156 |
| Mouse Point Operations of Junior High School Students |
|
Satoshi EMA, Hiroki ICHIOKA and Taketora YOSHIDA |
157-165 |
|
|
|
|
| Technical Information |
|
|
|
| Research on Students' Practical Lessons in Industrial Arts |
|
KunioUEDA, Takahiro MIYANO |
167-167 |
| Senior High School Information Literacy - Comparing the Content Emphasized
in the Textbooks with the Content Valued by Industry |
|
Haruhisa YAMAGUCHI |
177-184 |
| Development of a Portable Brinell Hardness Tester for Wood |
|
Seiji Hirata,Kaneharu Makino |
185-190 |
| A Study on Motivation to Learn in Industrial Arts Classes -The Development
of a Scale to Measuring the Motivation to Learn |
|
Shinichi HARADA, Masashi MATSUURA, Shigeki ANDOH |
191-196 |
| Development of Multi- Media CAI Teaching Materials Related to Machine
Tools |
|
Ryoya MAKINO, Toshikazu YAMAMOTO, Masaaki TAKAHASHI |
197-204 |
|
|
|
|
| School Report |
|
|
|
| (Production of 'Environmental いろは cards'by which computer is used) |
|
|
205-208 |
| (Making of text for guidance in technologyl education) |
|
|
209-212 |
|
|
|
|
| Original Papers |
|
|
|
| Development of a Digital Signal Processing Type AC Phase Control Circuit |
|
Haruyoshi AKIBA and Yoshinori SUYAMA |
213-220 |
| The Transmission Characteristics and a Design for a Chebyshev-Type
Low-Pass Filter with Complex Poles |
|
Junji FURUYA and Motoharu HAYASHIKAWA |
221-230 |
| Development of a Teaching Tool which Measures the Surface Roughness
of Metals: A Simple Surface Roughness Meter Using a Semiconductor Laser |
|
Toshikazu YAMAMOTO, Ryoya MAKINO, Masahiro UEDA |
231-237 |
| Development of Computer Assisted Learning Teaching Materials that Focused
on a Systematic Approach to Teaching Optics |
|
Shin-ichi OKUNO, Kazuto TAKAHASHI, Momoko ARAI, Kiichiro KAGAWA |
239-247 |
|
|
|
|
| Technical Information |
|
|
|
| The Development of a Teaching Aid for Teaching the Stroke Order of
Chinese Characters Using an Authoring Tool. |
|
Akihiro JKAWASHIMA, Takamasa ASAI |
249-255 |
| An Analysis of the Current Status of Fundamental Courses Related to
Information [Technology] in a Comprehensive Program of Study |
|
Takeshi HONGO, Akira KIKUCHI |
257-264 |
|
|
|
|
| School Report |
|
|
|
| (Device and the guidance of teaching material and teaching tool to
acquire basic technology) |
|
|
265-268 |
| (Power where lives in stoutness through making thing and class practice
by which learns voluntarily and thought creation is brought up) |
|
|
269-272 |
|
|
|
|
| Special Article |
|
|
|
| A Perspective on Technology Education for 21st Century |
|
Dr. William E. Dugger, Jr. |
273-280
|