Syllabus of Subjects Faculty of Engineering The University of Tokushima

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(2010)

S yllabus of S ubjects

Faculty of Engineering The University of Tokushima

Faculty of Engineering 1

Dept. of Civil and Environmental Engineering . . . 2

Day Course . . . 2

Night Course . . . 119

Dept. of Mechanical Engineering . . . 177

Day Course . . . 177

Dept. of Chemical Science and Technology . . . 327

Dept. of Biological Science and Technology . . . 464

Dept. of Electrical and Electronic Engineering . . . 618

Dept. of Information Science and Intelligent Systems . . . 779

Dept. of Optical Science and Technology . . . 916

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Dept. of Civil and Environmental Engineering — Day Course S yllabus of S ubjects

•専門共通科目(必修)

Surveying . . . fujii・inoki/1st-year(1st semester). . . .5

Surveying Practice . . . Ueno・Namerikawa・Watanabe・inoki・nii/1st-year(1st semester). . . .6

Fundamental Analysis for Civil Engineering . . . Hashimoto・Suzuki・Noda・Jiang/1st- year(1st semester). . . .8

Skills for Self-Learning . . . Yamanaka・Sanada/1st-year(1st semester). . . .10

Structural Mechanics 1 . . . Noda/1st-year(2nd semester). . . .11

Structural Mechanics 2 . . . Noda/2nd-year(1st semester). . . .12

Structural Mechanics 3 . . . Nagao/2nd-year(1st semester). . . .13

Data Processing . . . Jiang・TAMURA/1st-year(2nd semester). . . .14

Diﬀerential Equations (I) . . . Kohda/2nd-year(1st semester). . . .15

Soil Mechanics1 . . . Part-time Lecturer/2nd-year(1st semester). . . .16

Materials for Construction . . . Hashimoto・Ueda/2nd-year(1st semester). . . .17

Hydraulics (1) . . . Nakano・Jiang/2nd-year(1st semester). . . .19

Hydraulics (2) . . . TAMURA/2nd-year(1st semester). . . .20

Planning Theory . . . Kondo/2nd-year(1st semester). . . .21

Fundamental Environmental Study . . . Kozuki・Yamanaka・Fujii・Mitani/2nd-year(1st semester). . . .22

Soil Mechanics 2 . . . Part-time Lecturer/2nd-year(2nd semester). . . .23

History of Civil Works and Human Living . . . Sanada・Part-time Lecturer/2nd-year(2nd semester). . . .24

建設創造設計演習. . . Kondo・Yamanaka・Kozuki・Suzuki・Kamada・Namerikawa・Ueda・WATANABE ・TAMURA・Sanada・Nagao・Yamanaka/3rd-year(2nd semester). . . .25

Civil and Environmental Engineering Laboratory . . . Kamada・Kozuki・Kondo・Nagao ・Nakano・Nariyuki・Yamanaka・Ueda・Ueno・Jiang・Suzuki・TAMURA・Namerikawa・Noda・Sato・ Sanada・Yamanaka・Watanabe/3rd-year(1st semester). . . .27

Fundamental Seminar on Civil and Environmental Engineering . . . Teacher of Civil Engineering/1st-year(1st semester). . . .29

Exercise for Career Plan . . . Hashimoto・Watanabe/3rd-year(1st semester). . . .30

Practice on Civil Engineering Projects . . . Teacher of Civil Engineering/3rd-year(2nd semester). . . .32

Engineering Ethics for Civil Engineers . . . Namerikawa・Mutoh・Hoshino/3rd-year(1st semester). . . .33

Undergraduate Research Work. . . Teacher of Civil Engineering/4th-year(whole year). .35

•工学基礎系科目 Complex Analysis. . . Imai/2nd-year(2nd semester). . . .36

Probability and Statistics. . . Nagamachi/2nd-year(1st semester). . . .37

Diﬀerential Equations (II) . . . Kohda/2nd-year(2nd semester). . . .38

Mechanics. . . Kanashiro・Nakamura/2nd-year(1st semester). . . .39

Numerical Analysis. . . Takeuchi/3rd-year(1st semester). . . .40

Vector Analysis. . . Mizuno/3rd-year(1st semester). . . .41

Laboratory in General Physics . . . Kishimoto/3rd-year(2nd semester). . . .42

•建造物系 Applied Structural Mechanics . . . Nariyuki/2nd-year(2nd semester). . . .43

Applied Structural Mechanics Exercise . . . Sato/2nd-year(2nd semester). . . .44

Exercise for Soil Mechanics . . . Suzuki/2nd-year(2nd semester). . . .45

Concrete Technology. . . Hashimoto・Watanabe/2nd-year(2nd semester). . . .46

Structural Analysis with Exercise . . . Mikami/3rd-year(1st semester). . . .48

Geotechnical Engineering . . . Ueno/3rd-year(1st semester). . . .49

Reinforced Concrete Mechanics . . . Hashimoto・Watanabe/3rd-year(1st semester). . . .50

Stractural Dynamics and Exercise. . . Noda/3rd-year(1st semester). . . .52

Geomechanics. . . Teacher of Civil Engineering/3rd-year(1st semester). . . .53

Steel Structures. . . Nariyuki/3rd-year(1st semester). . . .54

Earthquake Engineering. . . Mikami/3rd-year(2nd semester). . . .55

Concrete Structures and Maintenance. . . Ueda・Noritake/3rd-year(2nd semester). . . .56

Foundation Engineering. . . Teacher of Civil Engineering/3rd-year(2nd semester). . . .57

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Disaster Mitigation Planning for Architecture . . . Part-time Lecturer/3rd-year(2nd

semester). . . .58

•地域環境系科目 Hydraulics (3) and Exercize . . . Nakano・TAMURA・Jiang/2nd-year(2nd semester). . . . .59

Ecosystem Conservation . . . Kamada/2nd-year(2nd semester). . . .60

Planning and Mathematical Principle . . . Namerikawa/2nd-year(2nd semester). . . .61

Coastal Zone Engineering . . . Nakano/3rd-year(1st semester). . . .62

Urban & Transport Planning . . . Yamanaka・Kondo/3rd-year(1st semester). . . .63

Resources Circulatory Engineering . . . Yamanaka・Kozuki・Mitani/3rd-year(1st semester)64 景観 . . . Sanada/3rd-year(1st semester). . . .65

Participatery Environment and Civic Design . . . Kita・Kasai・Yamanaka・Sanada/3rd- year(1st semester). . . .66

River Engineering . . . TAMURA/3rd-year(2nd semester). . . .67

Project Evaluation Methods for Infrastructure Planning . . . Okushima・Yamanaka・ Kondo/3rd-year(2nd semester). . . .68

Environmental Ecology . . . Kawaguchi/3rd-year(2nd semester). . . .69

Regional Disaster Prevention Planning. . . Nakano・Jiang・TAMURA/3rd-year(2nd semester) 70 Deign of Green Space . . . Kamada・Part-time Lecturer/3rd-year(2nd semester). . . .71

•専門共通科目(選択) Applied Surveying . . .郡・山下・大村/1st-year(2nd semester). . . .72

景観工学概論 . . . Sanada/2nd-year(1st semester). . . .73

Introduction to Well-being Technology for All. . . Fujisawa・SATO・Ito・Sueda/2nd-year(1st semester). . . .74

Scientiﬁc Programming for Civil Engineers . . . Mikami/2nd-year(2nd semester). . . .75

Construction Management . . . Namerikawa/2nd-year(2nd semester). . . .76

Internship in Civil Engineering . . . Ueda/3rd-year(1st semester). . . .78

Integrated Exercise of Civil and Environment Engineering . . . Nakano・Sato・ TAMURA・Suzuki・Ueno・Sanada・Kozuki・Watanabe/3rd-year(2nd semester). . . .79

Administration of Public Works . . . Deguchi/3rd-year(2nd semester). . . .80

Introduction to Technical English. . . Part-time Lecturer/3rd-year(2nd semester). . . .81

Intellectual Property . . . Sakai・Yano・Iida・Yamauchi・京和/4th-year(1st semester). . . .82

Introduction to New Business . . . Vice chairperson of School Aﬀairs Committee , Faculty of Engineering・First-line men with experience of practical business/4th-year(1st semester). . . .83

Ecosystem Engineering. . . Kidoguchi・Kozuki・Kondo・Hashimoto・Fujisawa・Okushima・Matsuo ・Yamanaka・Tomita・SATO・Ito/2nd-year(1st semester). . . .84

Production Control . . . Sano/4th-year(1st semester). . . .85

Personnel Management. . . Kuwamura/4th-year(1st semester). . . .86

Seminar on indusrialization of intellectual property. . . Part-time Lecturer/4th-year(1st semester). . . .87

Restoration Ecology . . . Kamada・Kawaguchi・Part-time Lecturer/3rd-year(1st semester). . . .88

Environmental Design. . . Yamanaka・Kozuki・Mitani/3rd-year(2nd semester). . . .90

Consensus Building Methods. . . Yamanaka/3rd-year(2nd semester). . . .91

Architectural Planning. . . Part-time Lecturer/2nd-year(2nd semester). . . .92

History of Urban Planning and Design . . . WATANABE/4th-year(1st semester). . . . .93

Introduction of Building Code. . . Part-time Lecturer/4th-year(1st semester). . . .94

Architectural Environmental Engineering . . . Part-time Lecturer/4th-year(1st semester)95 Building Service Engineering . . . Part-time Lecturer/4th-year(2nd semester). . . .96

History of Civil Engineering and Architecture . . . WATANABE/2nd-year(1st semester) 97 Introduction of Architecture. . . Part-time Lecturer/2nd-year(1st semester). . . .98

Drawing for Architecture 1. . . Part-time Lecturer/2nd-year(2nd semester). . . .99

Drawing for Architecture 2. . . Part-time Lecturer/3rd-year(1st semester). . . .100

Design and Drawing for Architecture . . . Part-time Lecturer/3rd-year(2nd semester) .101 Practice on Computer Aided Design and Drawing . . . Part-time Lecturer/3rd-year(1st semester). . . .102

Structural Design and Drawing for Architecture . . . Part-time Lecturer/4th-year(1st semester). . . .103

都市計画. . . Kondo/3rd-year(1st semester). . . .104

Structural Planning . . . Sato・Part-time Lecturer/3rd-year(2nd semester). . . .105

Building Production and Construction Management. . . Part-time Lecturer/4th-year(2nd semester). . . .106

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Vocational Guidance . . . Sakano/4th-year(1st semester). . . .107

Industrial Basic English . . . Sasaki/1st-year(1st semester). . . .108

Industrial Basic Mathematics . . . Yoshikawa/1st-year(1st semester). . . .109

Industrial Basic Physics . . . Sakon/1st-year(1st semester). . . .110

•STC関連科目 Basic Technical English . . . Nishiguchi/1st-year(2nd semester). . . .111

Technical English . . . Carpenter/2nd-year(1st semester). . . .112

Advanced Technical English . . . Koinkar/2nd-year(2nd semester). . . .113

Practical Technical English . . . Koinkar/3rd-year(1st semester). . . .114

Scientiﬁc Presentation Skills . . . Carpenter/3rd-year(2nd semester). . . .115

Monodukuri Practice 1 . . . Fujisawa・Tsuzuki・Hanabusa・konishi. . . 116

Monodukuri Practice 2 . . . Fujisawa・Tsuzuki・Hanabusa・konishi. . . 117

Project Design, Fundamentals . . . Fujisawa・konishi・Hanabusa. . . .118

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Surveying

2 units (compulsory) kiyoshi fujii·Part-timeLecturer, mikio inoki·Part-timeLecturer

Target〉 ^{社会活動基盤支} ^多土木構造物建設計画，設計，施

工，基礎資料，正確測量得地図．

地図作製学問測量学．，以下項目

，修得講義．1^{．測量用} ^{器械器具構造}·^使用法·^検査調整法 2^．野外 ^測量作業 ^方法 ^野帳 ^記入法 3^．測定結果計算，精度調，測量結果地図作，

面積·^容積 ^計算 ^方法

Outline〉 ^測量，距離，方向角，高低差測定 3^要素 ^， ^測定器

械，測定法講義．，地図作製，上測量方法応用，骨組測量，細部測量発展，測定値調整計算·^面積計算行，地図作製方法述．

Keyword〉 ^平板測量, 測量, 水準測量, GPS測量

Relational Lecture〉 “Surveying Practice”(0.5), “Applied Surveying”(0.5) Requirement〉

Notice〉 ^{教科目履修} ^{，数学，幾何学，} ^{，図学知識基礎}

．，教育課程履修数学等基礎知識復習，充分身付．，教科目建設工学全基

礎，建設工学専門科目最初学，最

初理解修得心受講．本講義，「測

量学実習」対，実習行一層理解可能

．，内容「応用測量学」．，

科目取得，卒業後「測量士補」，「測量士」資格条件． Goal〉

1.測量法，距離測量，平板測量，測量，水準測量，

GPS測量理解．

2.計算法，経緯距法面積·^{容積計算法理解修得} ^． Schedule〉

1. ·^{測量学緒論} 2.距離測量1

3.距離測量2 4.平板測量1 5.平板測量2·

6. 測量1

7. 測量2

8. 測量3

9. 測量4·

10.経緯距法1 11.経緯距法2· 12.水準測量1 13.水準測量2 14.GPS^測量1 15.GPS測量2· 16.期末試験

Evaluation Criteria〉 ^到達目標 2^項目 ^達成 ^期末試験(100%) 該当設問評価，2項目各々60%以上合格．

重，達成目標1 80%^{，達成目標}2 20% ^． Jabee Criteria〉 ^{【成績評価】同一} ^．

Relation to Goal〉 ^本学科 ^教育目標 3(2) ^対応 ^．

Textbook〉森忠次著「改訂版測量学1基礎編」丸善，小田部和司著「図解土木講座測量学」第2版技報堂出版，上教科書使用，十分

理解思部分，配布補助資料．

Reference〉 ^参考書 ^授業中 ^都度紹介 ^．

Webpage〉 http://www.ce.tokushima-u.ac.jp/lectures/D0001

Contents〉 http://cms.db.tokushima-u.ac.jp/cgi-bin/toURL?EID=196684 Student〉 Able to be taken by student of other department and faculty Contact〉

⇒^藤井清司( 088-656-7355 )

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Surveying Practice

1 unit (compulsory) Katsutoshi Ueno·AssociateProfessor/Geotechnical andGeoenvironmentalEngineering, Department ofCivil andEnvironmentalEngineering

Susumu Namerikawa·AssociateProfessor/ConstructionEngineering, Department ofCivil andEnvironmentalEngineering, Takeshi Watanabe·AssistantProfessor/Regional andUrbanPlanning, Department ofCivil andEnvironmentalEngineering

mikio inoki·Part-timeLecturer, tadashi nii·Part-timeLecturer

Target〉 ^{以下「測量学」} ^講義目的·^目標 ^{実習通} ^理解

深．1^{．測量用} ^器械·^{機具使用法等，}2^．野外 ^{測量作業方法} 野帳記入法，3．内業，測定結果計算，精度調，製図行．

Outline〉 1．平板測量非常簡単測量器具，，平板，巻尺等

使用，骨組測量行後，基準細部測量行．

，簡単測量法，測量基礎的技術会得，一連流理解．2． · ^測量 ^{経緯距計算測量}

最重要器械使用法修得，

測量行．測定結果調整計算，精度調，面積計算行．

，製図行． 3．水準測量測量現場交互水準含，路線水準測量行．測点間距離測量求，上水準測量結果調整．

Keyword〉 GPS, 測量, 水準測量, 測量

Fundamental Lecture〉 “Surveying”(1.0) Relational Lecture〉 “Applied Surveying”(0.5) Requirement〉 ^測量学 ^履修 .

Notice〉 ^{実習班編制} ^行 ^{，班員同士} ^協力 ^{，各自責任果}

．野外行，各自種々危険対十分注意事．具体的，履実習参加認．帽子等着用，日射病注意事．

Goal〉

1.平板操作方法平板測量測量作業習熟，平面

図作製方法修得．

2. 使用方法 · ^測量 ^測量作業 ^習

熟，野帳記録方法，誤差評価方法，成果物作成方法

修得．

3. 操作方法水準測量測量測量作業

習熟，野帳記録方法, ^{誤差評価方法，} ^{成果物作成方法}

修得．

Schedule〉

1. ·^{平板測量説明} 2.平板測量(^骨組 )

3.平板測量(骨組 )

4.内業· 1

5. · ^測量

6. · ^測量

7. · ^調整計算·^製図

8. · ^調整計算·^製図: 2

9. · ^小

10.平板測量(^細部) 11.平板測量(^細部)

12.内業· 3

13.水準測量· ^測量

14.水準測量· ^測量

15.内業

16. 4

Evaluation Criteria〉 ^到達目標1 ^達成度 1 4 ^割合 1:

1 算出評価点 60%以上条件．到達目標2 達成度 2 ^小 ^割合 1:1 ^算出 ^評点 ^{評価，} 60%^以上 ^{．到達目標}3 ^達成度 3 ^{評価，}

60%以上．到達目標場合合格，成

績到達目標1∼3 ^{評点重} 25, 50, 25% ^算出 ^． Jabee Criteria〉 ^{成績評価同一} ^．

Relation to Goal〉 ^本学科 ^教育目標 3(2) 100%^対応 ^． Textbook〉

⋄図解土木講座測量学小田部和司著，技報堂出版 ISBN4-7655-1385-8 C3051

⋄^測量学 ^指定 ^教科書

Reference〉 ^測量学 ^授業中 ^紹介 ^．

Contents〉 http://cms.db.tokushima-u.ac.jp/cgi-bin/toURL?EID=196685

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Student〉 Able to be taken by night course student of same department Contact〉

⇒Ueno (A504, +81-88-656-7342, [email protected]) Mail (Ofﬁce

Hour: 学科掲示参照 )

⇒Namerikawa (A412, +81-88-656-9877, [email protected])

Mail (Ofﬁce Hour: :年度学科掲示参照 )

⇒Watanabe (A506, +81-88-656-7320, [email protected]) Mail

(Ofﬁce Hour: 年度学科掲示参照 )

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Fundamental Analysis for Civil Engineering

2 units (compulsory) Chikanori Hashimoto·Professor/ConstructionEngineering, Department ofCivil andEnvironmentalEngineering, Hisashi Suzuki·AssociateProfessor/Geotechnical andGeoenvironmentalEngineering, Department ofCivil andEnvironmentalEngineering

Minoru Noda·Associate Professor/ConstructionEngineering, Department ofCivil andEnvironmentalEngineering, Jing-Cai Jiang·AssociateProfessor/EnvironmentalFacilities, Department ofCivil andEnvironmentalEngineering

Target〉 ^{本科目，大学教育} ^{導入科目位置} ^，高校 ^学

習数学力学基礎的事項関理解度深，専門分野取扱事項関連付演習行，1 ^{年後期以降} ^開講 ^専門科目履修容易．

Outline〉 ^{学期初頭，高校} ^教科書 ^参考 ^{講義担当者} ^作成 ^数学 ^力学

関問題集 No.1∼5 No.1∼3 配布，授業方法成績評価方法説明．上記各No. 講義内容単元相当

，各単元連続 3 ^回 ^講義時間 ^消化 ^． ^，第1^{回講義時間}

，前半出題前半部分意図解法解説

形式解答演習行．第2 回講義時間，前回解答演習採点・添削結果返却，出題後半部分意図解法解説．，単元全体問題関質問答．，第3^{回講義時間} ^，当該単元全問題対象小行．，数学 5単元力学 3 ^{単元終了} ^，学生自主的解答演習質疑応答経，

関問題全体出題対象全般試験実施．以上合計8 単元授業試験終了段階成績評価行，合否判定点数決定行．不合格者，補講数学

力学全般再試験課，成績合否判定成績評価行． Keyword〉 ^{基礎代数学}, ^{基礎微積分}, ^基礎力学

Relational Lecture〉 “Industrial Basic Mathematics”(0.8), “Industrial Basic Physics”(0.8), “Diﬀerential Equations (I)”^(0.4)

Requirement〉

Notice〉 ^{本講義，高校} ^{学習成果確認} ^{，大学教育}

若干行，受講者高校用教科書十

分復習・理解授業臨必要．特，予習・復習行

． Goal〉

1.工学基礎科学，高校学習数学，特代数学微積分中

心理論，本質理解応用力身

．

2.工学基礎科学，高校学習力学理論，本質

理解応用力身．

Schedule〉 1.

2.数学No.1: 微分基礎応用・解答演習・小

3.数学No.2: 積分基礎応用・解答演習・小

4.数学No.3: 代数関数図形・解答演習・小

5.数学No.4: 三角関数，指数関数，対数関数・解答演習・小

6.数学No.5: 確率統計・解答演習・小

7.数学問題全般解答自習質疑応答 8.数学全般試験

9.力学No.1: ^{力学基本量} 基本法則・解答演習・小

10.力学No.2: ^微分運動表現・解答演習・小

11.力学No.3: 基本的力学問題・解答演習・小

12.力学問題全般解答自習質疑応答 13.力学全般試験

14.授業評価実施

15.成績不振者対象補講 16.成績不振者対象再試験

Evaluation Criteria〉 ^到達目標1 2 達成度，解答演習，小，全般試験割合 3:3:4 ^算出 ^評点 ^{評価，評点}≥60%

条件．到達目標場合合格，成績，到達目標1，2 評点 2:1 重加重平均算出．

Jabee Criteria〉 ^{【成績評価】同一} ^．

Relation to Goal〉 ^本科目 ^本学科 ^教育目標 3(1) ^，100%^対応 ^．

Textbook〉^{講義時担当者} ^{独自作成} ^{講義資料配布} ^．

Reference〉 ^{高校学習} ^{数学物理教科書}.

Contents〉 http://cms.db.tokushima-u.ac.jp/cgi-bin/toURL?EID=196417 Student〉 Able to be taken by only speciﬁed class(es)

Contact〉

⇒Hashimoto (A505, +81-88-656-7321, [email protected]) Mail (Ofﬁce Hour: 金曜日14:35∼^16:05<^昼間 >^，金曜日^18:00∼^19:30<

夜間主 >)

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⇒Suzuki (A403, +81-88-656-7347, [email protected])Mail(Ofﬁce Hour: 毎週水曜日昼間16:20∼^17:50 ^夜間^19:40∼^21:10)

⇒Noda (A514, +81-88-656-7323, [email protected]) Mail (Ofﬁce

Hour: 年度学科掲示参照 )

⇒Jiang (A311, +81-88-656-7346, [email protected]) Mail (Ofﬁce

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Skills for Self-Learning

1 unit (compulsory) Hideo Yamanaka·Professor/Regional andUrbanPlanning, Department ofCivil andEnvironmentalEngineering, Junko Sanada·AssistantProfessor/Regional andUrbanPlanning, Department ofCivil andEnvironmentalEngineering

Target〉 ^大学専門科目履修必要基礎的学習理解

，自実践基礎的能力身．

Outline〉 ^本講 ^以下 3 ^内容 ^構成 ^．(1) ^学習 ^支援 ^図書・

行政資料・資料利活用方法講述体験学習行．(2) ^地域 ^情報 ^{調査・分析・整理} ^方法 ^説明 ^，基礎的能力養成体験学習行 . (3) ^整理 ^資料 ^適切 ^文章化 ^，方法説明，基礎力養体験学習実施

．

Keyword〉 ^{資料調査法}, ^調査法, ^図書館·Web^活用法, ^作成法

Relational Lecture〉 “Introduction to University Education/Introduction to Uni- versity Education”^(0.5)

Requirement〉

Notice〉 全学共通科目「大学入門講座」引続学習．

Goal〉

1.地域情報調査・分析・整理方法基礎的能力習得．(2-3^回)

2. 内容・構成把握，読解方法書方習得

．(4-5^回)

3.図書・行政資料・資料利活用方法基礎的能力習得．(6-8回)

Schedule〉

1.授業目的，内容，授業計画，大学学方基礎(^配布資料) 2.現地踏査方法，地域情報読方(地形図基礎) 3.地形図入手，読図演習

4.読文章構成，分文章書方 5. 読解，構成把握演習

6.資料収集学習:^資料収集整理方法 ―図書・雑誌検索 7.資料収集学習:^資料収集 ^{整理方法 ―書籍} ^， 8.資料収集学習:資料収集整理方法 ― 活用

Evaluation Criteria〉 ^到達目標1^，2^，3 ^達成度 ^演習 ^評点評価，評点≥ 60% ^当目標 ^条件 ^． ^到達目標

場合合格，成績，到達目標1?3 評点重

30%,40%,30% ^算出 ^．

Jabee Criteria〉 ^{成績評価同一} ^．

Relation to Goal〉 本科目本学科教育目標2(3) 30%^，4(1) 40%^，5(3)

30% ^対応 ^．

Textbook〉^{必要応} ^講義時 ^配布 ^．

Reference〉

⋄^{徳島大学工学部}:^「学 ^技」 ^一歩.

⋄^江下雅之: 作方，中公新書(No.1718).

⋄^木下是雄 :^理科系 ^{作文技術，中公新書} (No.624).

Contact〉

⇒Yamanaka (A410, +81-88-656-7350, [email protected])

Mail (Ofﬁce Hour: 年度学科掲示板参照 )

⇒Sanada (A411, +81-88-656-7578, [email protected]) Mail

(Ofﬁce Hour: 年度学科掲示板参照 )

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Structural Mechanics 1

2 units (compulsory) Minoru Noda·AssociateProfessor/ConstructionEngineering, Department ofCivil andEnvironmentalEngineering

Target〉 ^{安全構造物設計} ^基礎 ^{，力変形記述法} ^両

者関係学．講義，一連構造力学基礎科目，作用荷重構造物支支点反力，断面力求方理解，簡単構造物作用外力，内力求力．

Outline〉 ^本講義 ^{，構造力学基本事項} ^，(1)力釣合未知力

計算，(2) ^部材力 ^断面力 ^{内力計算，} ^理解

，基礎知識身．理解深，適宜演習問題課応用力養成．(1)力釣合使支点反力計算，(2)力釣合使

内力計算各終了毎 2^{回到達度確認試験} ^実施 ^． Keyword〉 ^{力釣合式}, ^支点反力, ^部材力, ^断面力

Fundamental Lecture〉 “Fundamental Analysis for Civil Engineering”(1.0) Relational Lecture〉 “Structural Mechanics 2”(0.5), “Structural Mechanics 3”(0.5),

“Applied Structural Mechanics”(0.5), “Applied Structural Mechanics Exercise”

(0.5)

Requirement〉 ^高等学校 ^物理学(^{特力学})，共通教育科目基礎物理並基礎数学，建設基礎解析等履修前提．

Notice〉 ^{授業中私語} ，予習・復習必行，質問

心掛 . Goal〉

1.力学基礎力釣合理解，力釣合

簡単構造物支点反力求．(1^回∼9^回) 2. 部材力断面力内力求，断面力図描

．(10回∼16回) Schedule〉

1.構造物成立理想化，力単位

2.力性質

3.力

4.力釣合

5.構造物支持

6.構造物安定静定

7.支点反力

8.断面力

9.中間試験

10. 部材力(1)節点法

11. 部材力(2)^断面法

12. 部材力(3)^応用

13. 断面力

14.断面力図(1) 断力図

15.断面力図(2)^曲 ^図

16.期末試験

Evaluation Criteria〉 ^{各到達目標} ^達成度 , 到達度確認試験評価，各目標達成度全 60%^{以上合格} ^．成績 , ^到達目標1^，2 ^評点

重 , 50%,50% ^算出 ^．

Jabee Criteria〉 ^{成績評価】同一} ^．

Relation to Goal〉 ^本学科 ^教育目標3(2) 100%^対応 ^． Textbook〉崎元達郎著，「構造力学(^上)^{」森北出版}

Reference〉

⋄高岡宣善，白木渡著「静定構造力学」共立出版

⋄^{星谷勝「力学} ^構造物 ^{応用」鹿島出版会}

⋄彦坂煕，崎山毅，大塚久哲「詳解構造力学演習」共立出版 Webpage〉 http://www.ce.tokushima-u.ac.jp/lectures/D0005

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Structural Mechanics 2

2 units (compulsory) Minoru Noda·AssociateProfessor/ConstructionEngineering, Department ofCivil andEnvironmentalEngineering

者関係学．講義，一連構造力学基礎科目，影響線，応力関係理解，簡単構造物，反力，

断面力，部材力影響線求，内部生応力求

力．

Outline〉 ^本講義 ^{，構造力学}1 ^{引続} ^{，構造力学基本事項} ^，(1)

影響線，(2)^応力 ^{，曲部材応力} ^{理解，基礎知識身}

．理解深，適宜演習問題課応用力養成．(1)影響線計算，(2)^{応力表現各} ^終了 ^毎 2^{回到達度確認試験}

実施．

Keyword〉 ^影響線, 曲応力, 断応力, 法則, 応力円

Fundamental Lecture〉 “Structural Mechanics 1”(1.0)

Relational Lecture〉 “Structural Mechanics 3”(0.5), “Applied Structural Mechan- ics”(0.5), “Applied Structural Mechanics Exercise”(0.5)

Requirement〉 ^構造力学1 ^履修 ^．

Notice〉 ^授業中 ^私語 ^，質問 ^心掛 .

Goal〉

1.影響線意味理解，支点反力，断面力，部材力影響線描．(1^回∼8^回)

2. 法則理解，平面応力状態対応力円描．(9 回∼16^回)

Schedule〉

1.反力影響線

2. 断面力影響線(1)

5. 部材力影響線(1)

6. 部材力影響線(2)

7.影響線利用

8.中間試験

9.応力変形，法則

10. 曲応力

11.断面諸量(1)

12.断面諸量(2)

13. 断応力

14.平面応力状態

15. 応力円

16.期末試験

Evaluation Criteria〉 ^{各到達目標} ^達成度 , ^{到達度確認試験} ^評価 ^，各目標達成度全 60%^{以上合格} ^．成績 , ^到達目標1^，2 ^評点

重 , 50%,50% 算出．

Relation to Goal〉 ^本学科 ^教育目標3(2) 100%^対応 ^． Textbook〉崎元達郎著，「構造力学(上)」森北出版

Reference〉

⋄高岡宣善，白木渡著「静定構造力学」共立出版

⋄^{星谷勝「力学} ^構造物 ^{応用」鹿島出版会}

⋄彦坂煕，崎山毅，大塚久哲「詳解構造力学演習」共立出版 Webpage〉 http://www.ce.tokushima-u.ac.jp/lectures/D0005

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Structural Mechanics 3

2 units (compulsory) Fumiaki Nagao·Professor/ConstructionEngineering, Department ofCivil andEnvironmentalEngineering

者関係学．講義，一連構造力学基礎科目，変形長柱座屈荷重短柱作用応力度求力

．

Outline〉 ^本講義 ^{，構造力学}1^{，構造力学}2 ^{引続} ^{，構造力学基本事}

項，(1) 変形，(2)柱力学理解，基礎知識身

．理解深，適宜演習問題課応用力養成．各単元終了後，次回授業最初 30^分 ^{到達度確認試験}(^小 ) ^実施 ^． Keyword〉 ^弾性曲線, 弾性荷重法, 不静定構造, 座屈, 長柱, 短柱

Fundamental Lecture〉 “Structural Mechanics 1”(1.0), “Structural Mechanics 2”

(1.0)

Relational Lecture〉 “Applied Structural Mechanics”(0.5), “Applied Structural Mechanics Exercise”^(0.5)

Requirement〉 ^構造力学1^{，構造力学}2 ^履修 ^．

Notice〉 ^{数回授業} ^小 ^実施 ^{，毎回予習}·^{復習欠}

行．

Goal〉

1. 変形理解，変形適合条件使，簡単不静定構造物解

．(1回∼7回)

2.2^{．柱関} 基礎知識習得，柱応力状態求．(8^回∼15^回) Schedule〉

1. ，変形弾性曲線 2.4^階 ^{微分方程式弾性曲線}

3.小 1^{，弾性荷重法} 4.共役

5.小 2^， ^公式

6.変形適合条件

7.小 3，不静定構造物解法 8.柱種類破壊

9.小 4^，長柱 ^座屈

10.座屈荷重応力度

11.小 5^{，偏心荷重受} ^長柱 ^座屈 12.短柱作用応力度

13.小 6^{，短柱} ^中立軸

14.断面核

15.小 7，総合演習

16.期末試験(2^回 ^再小 )

Evaluation Criteria〉 ^小 1∼ 4 ^算定 ^評点 ^評価 ^，評点≥

60% 当目標条件．到達目標2 達成度，小 5∼7 算定評点評価，評点≥ 60% ^当目標 ^条件 ^．

到達目標場合合格，成績，到達目標1^，2 ^評点重， 50%，50% 算出．

Relation to Goal〉 ^本学科 ^教育目標 3(2) 100%^対応 ^． Textbook〉崎元達郎著，「構造力学(上)」森北出版

Reference〉 ^{講義中必要応} ^紹介 ^．，補足説明用資料演習問題

等配布，解説．，参考書以下示．高岡宣善，

白木渡著「静定構造力学」共立出版，星谷勝「力学構造物応用」鹿島出版会，彦坂煕，崎山毅，大塚久哲「詳解構造力学演習」共立出版

⇒Nagao (A515, +81-88-656-9443, [email protected]) Mail (Ofﬁce

Hour: 建設工学科掲示板参照 )

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Data Processing

2 units (compulsory) Jing-Cai Jiang·AssociateProfessor/EnvironmentalFacilities, Department ofCivil andEnvironmentalEngineering, Takao TAMURA·AssociateProfessor/EnvironmentalFacilities, Department ofCivil andEnvironmentalEngineering

Target〉 ^{科学技術計算} ^入門 ^， ^{入出力簡単}

数値計算意味理解，例題参考

応用作成目指 .

Outline〉 ^建設工学 ^分野 ^重要 ^役割 ^果

．大型電子計算機行大規模科学技術計算

多手軽行．科学技

術計算入門，FORTRAN ^演習 ^行 ^．

本講義，日学習要点例題説明後，

数題簡単課題出，受講者1 人1 人実際演習

行進．

Keyword〉 FORTRAN, programming

Fundamental Lecture〉 “Information Science/Introduction to Information Science”

(0.5)

Relational Lecture〉 “Scientiﬁc Programming for Civil Engineers”(0.5) Requirement〉

Notice〉 ^{予習・復習行} ^{．演習課題提出} ^出席 ^．

Goal〉

1.FORTRAN ^{実行内容理解} ^．

2.例題参考応用作成． Schedule〉

1.FORTRAN X-window^利用法 p.2-p.5

2.数値読，式計算，出力 p.6-p.13 3.判断飛越 p.15-p.28

4.繰返計算 p.42-p.52 5.書式指定 p.30-p.36 6.配列 p.54-p.78

7. 記述試験1

8. 実技試験1

9.文関数組込関数 p.80-p.93

10.関数副 p.96-p.107

11.引数持副 p.110-p.123

12.引数持副 p.126-p.138

13.文字処理 p.140-p.146

14. p.148-p.161

15. 記述試験2

16. 実技試験2

Evaluation Criteria〉 ^到達目標1 ^{達成度，} ^記述試験1 2 割合 1:1 ^算出 ^評点 ^評価 ^，評点≥ 60% ^当目標

条件．到達目標2 達成度，実技試験1 2 割合 1:1 ^算出 ^評点 ^評価 ^，評点≥ 60% ^当目標

条件．到達目標場合合格，成績，到達目標1 2 評点重 50% 算出．

Relation to Goal〉 ^本科目 ^本学科 ^教育目標 3(1) ^，100%^対応 ^． Textbook〉FORTRAN77入門-改訂版-，浦昭二編，培風館

Reference〉 ^特

Contact〉

⇒Jiang (A311, +81-88-656-7346, [email protected]) Mail (Ofﬁce

⇒TAMURA (A414, +81-88-656-9407, [email protected]) Mail

(Ofﬁce Hour: 年度学科掲示参照 )