May 2008

1. ISHIGAKU Shou: Running Load Evaluation of Existing Two Steel Composite Girder Bridge with Restrained Shoe
2. ONODERA Etsuko: Deterioration Diagnosis of Timber Pedestrian Bridge by FEM Analysis and Static Loading Test
3. SASAKI Kazuma: Strain Behaviors near Sole Plate in Edge of Existing Steel Plate Girger Bidge
4. SATO Keisuke: Dynamic Characteristics Evaluation of Shimo-Umeda Bridge based on Dynamic Loading Test
5. SEGAWA Toshimasa: Thermal Stress Analysis in Scallop of H Type Steel with Welding during Hot Dip Galvanizing
6. SEKIKAWA Megumu: Structural Analysis of Agricultural House Consisting of Pyramid Type Space Truss
7. TADA Daisuke: Influence of Subgrade Reaction Coefficient on Nonlinear Earthquake Response Analysis of Existing Bridge
8. HARUYAMA Shunji: Changes of Mechanical Perfoemance by Deterioration Progress in Existing Steel Composite Girder Bridge with Restrained Shoe
9. MUKAIKOMAGI Takuya: Health Evaluation of Timber Pedestrian Bridge by FEM Analysis and Dynamic Loading Test
10. MARUYAMA Yasutaka: Study of Simple and Detailed Watching Check on Damage Evalution of Existing Bridges

　May 2007

1. SAITO Shouji: Proposal for Simple Health Evaluation Method of Existing Steel Girder Bridge with Restrained Shoe
2. SASAKI Ayumi: Proposal on Maintenance Management Technique based on Simple Damage Evalution on Existing Bridge
3. SUZUKI daisuke: Study on Life Assessment of Reinforced Concrete Slab in Consideration of Chloride Supply in snowy and cold Region
4. TAKADATE Tomonori: Deterioration Diagnosis of Timber Pedestrian Bridge by Static Loading Test and Dynamic Loading Test
5. TANAKA Masanori: Study of Dynamic Behavior Characteristic of Shimo-Umeda Bridge based on Dynamic Loading Test
6. TSUCHIYA Kazuhiro: Calculation of Two-dimensional Temperature Distribution and Thermal Stress of Steel Plate under Hot Dipping into Molten Zinc
7. HANADA Takuji: Influence of Support Restraint on Nonlinear Earthquake Response Analysis of Established Bridge
8. YAHAGI Fumiaki: Health Evaluation of Timber Pedestrian Bridge by FEM Analysis and Loading Test
9. YOSHIDA Tomoko: Static Characteristic Evaluation of Two Span Simple Steel Girder Bridge by Static Loading Test
10. KUDOU Atsuhiro: on Traffic Load Evaluation of Existing Steel Plate Girder Bridge with Restrained Shoe

　May 2006

1. FUJII Chisato: Design and Drawing of Gerber Truss Bridge considering Snow Load
2. AKIMOTO Manabu: Simple Health Evaluation Method of Existing Steel Girder Bridge with Restrained Shoe and Time-depended Deterioration
3. URITA Kenji: Analytical Study on Elastic Mechanical Characteristics of Reinforce Concrete filled Steel Tubular Column
4. UWANO Daisuke: on Static Behavior Characteristic of Shimo-Umeda Bridge based on Static Loading Test
5. KAMEI Ryou: Dynamic Characteristic Evaluation of Shimo-Umeda Bridge based on Dynamic Loading Test
6. KAWAHARA Akito: Time History Response Analysis and Seismic Retrofitting of Wooden House in large Earthquake
7. KON Hisashi: Study on External Force Evaluation for Deterioration of Steel Bridge by Live Load
8. SAITO Takuya: Elastic Impact Response Analysis of Compound Laminate Timber considering Deterioration by Finite Prism Method
9. JIN Kousuke: Earthquake Response Analysis of RC Bridge with Superstructure by FEM Analysis using Fiber Model
10. NIKAMI Teruhiko: Optimization of Thermal Diffusion Rate and Thermal Transmission Coefficient of Steel Plate under Hot Dip Galvanizing Test
11. NUMAZAWA Masaki: Study on Investigation of Damage based on Visual Inspection on Existing Bridge
12. TAKEUCHI Eitaro: Study on Influence of Chloride Supply to Deterioration of Slab on Bridge in snowy and cold Region

　May 2005

1. AKAYAMA Yuki: Earthquake Response Analysis of RC Bridge Piers by using Fiber Member
2. IKEDO Yoshinori: Study on Wave Progagation Properties of Connecting Joint of Laminated Timber Bridge by Dynamic Response Analysis
3. OIZUMI Yumiko: Fatigue Remainder Life Diagnosis of Existing Steel Bridge with Fatigue Sensor
4. KAMIYAMA Yoshihisa: on Temperature Distribution Reproduction of Steel Plates under Hot Dip Galvanazing Tests by using Optimization Technique
5. SASAKI Yuka: Study on LCC of Bridge considering Chloride Supply in snowy and cold Region
6. SHIRAIWA Tomohiro: Study on Estimation Methods of Slab of Existing Steel Composite Plate Girder Bridge by FEM Analysis
7. CHO Yuhai: Study on Shrinkage Stress of Concrete by Drying
8. TOZUKA Hiroyuki: Estimation of Dynamic Stiffness of Different Connecting Joints in Laminated Timber Beams by Impact Testing
9. TOBA Tomoyuki: Estimation of Dynamic Characteristics Through Tied Arch Carriageway Timber Bridge consisting of Laminated Wood and Steel
10. YOSHIWARA Takashi: Estimation of Load-carrying Capacities of Existing Plate Girder Bridges based on Bridge Loading Test and FEM Analysis
11. SAITO Takahiro: Study on Destruction Forms of Timber Plane Frame Structures by Elasto-plastic Analysis

　May 2004

1. KAWARAGI Chie: on Thermal Strains and Temperature Variation of Steel Plates with Welded Joints by Dipping Test into Molten Zinc
2. KOSEKI Hiromi: Estimation on Stiffness of Connecting Joint of Timber Bridges by Static Full Scale Test
3. SAITO Akiyoshi: Combined Nonlinear Analysis of a Electric Steel Transmission Tower considering Semi-rigid of Connection
4. SASAKI Kenyu: Dynamic Response Analysis of Steel Girder Bridge by Two Layered Finite Strip Method
5. SATO Jun: Static Characteristic Evaluation of Tied Arch Timber Highway Bridge based on Static Loading Test
6. TOKIDA Yoshiko: Estimation Method of Horizontal Shoe Reaction of Existing Simply Composite Steel Girder Bridge by 2-Dimensional Elasticity Theory
7. HATAZAWA Hiroyuki: Structural Analysis of Arch Structure with Hinge Joint by Stiffness Matrix Method
8. HORIUCHI Hiroyuki: Elastic Impact Response Analysis of Composite Beams considering of Steel and Laminated Timber by Finite Strip Method
9. KANETA Akira: Loading Test and FEM Analysis of NASHINOKI Bridge with Temporary Rubber Support
10. SASAKI Junichi: Design and Drawing of Posttension PC Simple T Beam Bridge
11. TAKAHASHI Naohiro: Initial Behavior of Plates subjected to Impulsive Load on Steel Bar

　May 2003

1. INOUE Masato: Simplified Two-dimensional Elasto-plastic Structural Analysis of Steel Transmission Tower considering Local Buckling
2. OGUNI Shunsuke: on Impact Force of Plates subjected to Impulsive Load on Steel Bar
3. KUMANO Hiroaki: Dynamic Characteristic Analysis of Connecting Joint of Laminated Timber Beams by Impact Experiments
4. KOHIRUIMAKI Masanori: Design and Drawing of Plate Girder Railway Bridge
5. SAKURABA Shiho: Experimental Study on Mechanical Characteristics of Reinforce Concrete Filled Circular Steel Tubular Structure
6. SASAKI Hiroyuki: Elastic-Plastic Stiffness Matrix Analysis of Laminated Timber Beams considering Spread of Plastic Portion
7. SATO Kunihiro: on Effect of Temperature Variations for Thermal Stress of Steel Plate with T Joint into Molten Zinc
8. SUGIKI Masashi: on Static Behavior Characteristic of Simply Supported Steel Composite Girder Bridge with Restrained Shoe
9. TAKADA Eiji: Dynamic Response Analysis of Steel Composite Girder Bridge by Finite Strip Method
10. TAKAHASHI Masanobu: Design and Drawing of Composite Tied Arch Bridge consisting of Wood and Steel
11. MIKAMI Shunsuke: on Dynamic Behavior Characteristic of Simple Steel Composite Girder Bridge with Restrained Shoe
12. ATOMURA Yuhki: Estimation on Static Stiffness of Connecting Joint of Laminates Timber Bridge by Static Full Scale Test
13. SHIKATA Toru: Design and Drawing of Extradosed Bridge
14. NAKAZAWA Takashi: Stress Analysis on Simply Supported Steel Composite Girder Bridge by Two-dimensional Elastic Theory
15. NOMURA Seiki: Design and Drawing of Posttension PC Simple T Beam Bridge
16. HAYASHI Tomoko: Study on Forms of Erecting Water Pipe Bridge

　May 2002

1. ENDO Masahiro: Time History Earthquake Response Analysis of Arch Bridges
2. OHTOMO Haruhisa: Plastic Limit Analysis of Orthotropic Circular Plate by using Unified Yield Criterion
3. ODA Tsukasa: Stress Analysis of Three-Dimensional Structure by Finite Strip Method
4. KATSU Tomoko: Combined Nonlinear Analysis of Steel Transmission Towers considering Semi-rigid Connection
5. KODASHIMA Hajime: Design and Drawing of Five-Span Continuous Two Main Plate Girder Bridge
6. SOBU Hidefumi: Examination of Stresses on Support of Existing Steel Composite Girder Bridge by FEM Analysis
7. TAKAGAI Shouichi: Design and Drawing of Prestressed Concrete Box Girder Bridge using Corrugated Steel Web
8. TAKASHI Takuya: Estimation Methods of Horizontal Shoe Reactions of Existing Steel Composite Girder Bridge by Dynamic Loading Test
9. YASUDA Akira: on Impact Force of Plate subjected to Transverse Impact
10. YAMAZAKI Hikaru: on Assessment for Material Strength of Lamina and Glued Laminated Timber by Static Destructive Test
11. ARATA Tomohiro: Estimation on Dynamic Stiffness of Connecting Joint of Laminated Timber Bridge by Field Impact Experiments
12. MATSUMOTO Mitsumasa: on Thermal Strains and Temperature Variations of Steel Plates with T Joint by Dipping Test into Molten Zinc

　May 2001

1. AOTA Muneyuki : Thermal Stress Analysis in melted Galvanization by Finite Element Method of Steel Structure
2. KUDO Satoru : Impact Response Analysis of Flat-plate by Integral Equation
3. KUMAGAYA Toshiaki : Estimated　Method of Horizontal Reactions of Shoes on Results of Static Loading Test for Existing Steel Composite Bridge
4. KUMAZAWA Chikao : Study on Maximum Load Capacity Calculation of Pylon by Geometrical Nonlinear Analysis
5. SATO Kazuya : on Material Strength Evaluation of Laminated Timber Ramina by Static Destructive Test
6. SHIMIZU Ryu : on Analytic Solution of Rigid Frame considering Axial Deformation
7. TAMURA Keisuke : Design and Drawing of Langer Truss Bridge
8. HIRANO Shunichi : Design and Drawing of Cantilever Truss Bridge
9. FUJITA Masahiro : Design and Drawing of Corrugated Steel Web PC Bridge
10. MATSUE Nobuko : Study about Evaluation Method of Bearing Capacity on Results of Static Loading Test for Existing Steel Composite Bridge
11. MIYAKE Junichirou : Stress Analysis of Three-Dimensional Structure of Thin Plates by Boundary Strip Method considering of Orthotropic
12. YOKOCHI Hironori : Study on Stress Frequency Measurement of Bridge
13. WATANABE Shinichi : Design and Drawing of Post-tensioning PC Precasting T Girder Bridge
14. IGA Takayuki : Dynamic Stiffness Estimation of Laminated Timber Material Connection by Impact Response Analysis
15. KOJIMA Kouhei : Natural Vibration Analysis on Results of Dynamic Loading Test for Existing Steel Composite Bridge

　May 2000

1. KIKUCHI Hideaki : Design and Drawing of Langer Truss Bridge
2. SHIOI Michinobu : Design and Drawing of Cable-stayed Bridge (road bridge)
3. SUZUKI Hiroshi : Design and Drawing of 2-span Continuous Warren Truss Bridge
4. TAKAYANAGI Keitaro : Study on Evaluation Method of Bearing Capacity on Results of Static Loading Test for Existing Steel Bridge considering Design Load Change
5. TATEZAWA Youji : Study on Evaluation Method of Bearing Capacity on Results of Static Loading Test for Existing Steel Bridge considering Design Load Change
6. TANAKA Hiroyuki : Elasticity Behavior and Dynamic Response Characteristic of Compound Tied Arch Bridge consist of Laminated Timber and Steel
7. TSURUGA Kazuki : Elasticity Behavior and Dynamic Response Characteristic of Compound Tied Arch Bridge consist of Laminated Timber and Steel
8. FUKAI Masamitsu : Evaluation of Final Bending Strength of Different Grade Laminated Timber Beam by Elasto-plastic Analysis used Multi-layer Beam Model
9. HORIAI Satoshi : Application of Three-Dimensional Structure of Thin Plates by Boundary Strip Method
10. MIURA Taketoshi : Design and Drawing of Medium and Short Span Suspension Bridges
11. MIYAKOSHI Toru : Design and Drawing of Truss Langer Girder
12. NAMIBA Shiro : Design and Drawing of Cable-stayed Bridge (Railway Bridge)
13. WATANABE Akiko : Home Page of Abukuma River Bridge

　May 1999

1. AOSHIMA Tomohisa : Design and Drawing of Langer Bridge by New Road Bridge Specification
2. KANEDA Izumi : Interactive Mode Drawing Program of Langer Bridge Design by Visual Basic
3. KUDO Tetsuhiro : Design and Drawing of Langer Truss Bridge by New Road Bridge Specification
4. GOTO Kasuga :Interactive Mode Drawing Program of Steel Composite Bridge Design by Visual Basic
5. SAKURADA Kazushi : Design and Drawing of Trussed-Langer Bridge by New Road Bridge Specification
6. SHIMOKAWA Ken : Simple Type Two-dimensional Elasto-plastic Analysis of Pylon considering Local Buckling
7. TAKASE Kiyotaka : Stress Analysis of Ground by Two-dimensional Finite Element Method
8. TANIGAWA Tomoyuki : Evaluation of Dynamic Characteristic based on Vibration Measurement of Laminated Timber Forest Road Bridge
9. TAMURA Atsushi : Interactive Mode Drawing Program of Trussed-Langer Bridge Design by Visual Basic
10. KAKUTA Atsushi : Evaluation of Dynamic Characteristic based on Vibration Measurement of Laminated Timber Forest Road Bridge
11. FUJIWARA Masanori : Dynamic Response Analysis of Girder Bridge by Finite Strip Method
12. YOKOYAMA Junya : Stress Analysis of Shell Structures by Mindorin-type Finite Strip Method
13. AKAISHI Yasushi : Elastic Stress Analysis of Axisymmetric Structure under Non-axisymmetric Loading
14. OKANO Masahiro : Load Capacity Calculation of Timber Bridge based on Strength Examination of Laminated Timber

　May 1998

1. CHIKAMURA Makoto ： Study on Ultimate Earthqake Resistance of RC Pier
2. ARAHATA Satoshi : Elasto-plastic Analysis of Pylon considering Local Buckling
3. OHBA Hiroshi : Vibration Measurement and Natural Vibration Analysis of Laminated Timber Forest Road Bridge
4. SUGAWARA Mikio : Vibration Measurement and Natural Vibration Analysis of Laminated Timber Forest Road Bridge
5. YAMAMOTO Ryou: Experimental Study on Modulus of Elasticity and Strength of Different Grade Composition Laminated Timber
6. YOSHIDA Jun : Influence of Visco-Elastic layered on Dynamic Response of Beam
7. KIMURA Hanae : Design and Drawing of Warren Truss Bridge by Old and New Specification
8. NAKAI Yutaka : Design and Drawing of Warren Truss Bridge by Old and New Specification
9. NARITA Junko : Interactive Mode Drawing Program for Design of Truss Bridge
10. KUDO Kouichi : Interactive Mode Drawing Program for Design of Composite Bridges
11. OHYA Kazuto : Structural Analysis of Grillage Girder Brigde with Warping Deformation by UBASIC
12. MORI Nobuyoshi : Home Page for bridge design by the Internet use

　May 1997

1. OHTSU Takahiro ： Three-dimensional Earthquake Response analysis of Cable-stayed Pedestrian Bridge constructed with Laminated Timber
2. OGINOME Futoshi : Earthquake Response Analysis of Mid-rise Building Structure with Seismic Isolators Device in Foundation
3. KURYU Gyoichi : Study on Ultimate Earthquake Resistance and Dynamic Analysis of RC Bridge
4. NUNOKAWA Shigeru : Static Three-dimensional Stress Analysis considering Interaction Structures with Pylon and Cables
5. USUKI Shuji : Dialogue Mystem Drawing Program for Truss Bridge Design
6. KONDO Akiko : Dialogue Mystem Drawing Program for Truss Bridge Design
7. TAKAHASHI Masaki : Structural Aalysis of Pile Foundation by UBASIC
8. SAKURAI Akiko : Unified Plastic Limit Analysis of Clamped Circular Plate under Portion Uniform Load
9. SATO Keisuke : Dynamic Plasticity Analysis of Simple Support Circular Plate with Unified Yield Criterion
10. NISHIOKA Takao : Static Elasto-plastic FEM Analysis of Two-dimensional Structure by Unified Yield Criterion

　May 1996 Graduation of Civil and Environmental Engineering Department from this year

1. OKADA Takayuki : Unified Plastic Limit Analysis of Simple Support Circular Plate under Portion Uniform Load
2. KOMUKAI Fujio : Unified Plastic Limit Analysis of Rotating Disk
3. TAKAGI Yuzuru : Development of Three Dimension Structural Analysis Program by Displacement Type Finite Element Method
4. CHIBA Ikuo : Dynamic Response Analysis of Laminated Timber Bridge under Moving Wheel Load
5. HAYASHI Yoichi : Elasto-plastic Analysis of Pylon by Stiffness Matrix Method
6. MIZUGUCHI Masaru : Framed Structures Analysis by Hybrid Method
7. YAMADA Megumi : Vibration Measurement and Analysis of Cable-stayed Pedestrian Bridge constructed with Laminated Timber
8. SHIMADATE Takafumi : Dynamic Characteristic of Laminated Timber Forest Road Bridge by Vibration Measurement

　May 1995

1. ITABASHI Osamu : Vibration Measurement and Analysis of Laminated Timber Forest Road Bridge
2. FUKAZAWA Yasukazu : Vibration Measurement and Analysis of Laminated Timber Forest Road Bridge
3. NAGAI Masakazu : Full Scale Test and Stress Analysis in Connecting Joint of Laminated Timber Forest Road Bridge
4. MIURA Atsushi : Three-dimensional Natural Vibration Analysis of Laminated Timber Forest Road Bridge
5. ITO Makio : Stress Analysis of Pylon considering Geometrical Nonlinear of Cable
6. CHIBA Keizi : Elasto-plastic Analysis of Truss by Stiffness Matrix Method
7. NAKAZUMI Hiroki : Elasto-plastic Analysis of Plane Stress Problem of Plate by Finite Element Method
8. YASUI Shigenobu : Natural Vibration Analysis of Plate Structure by Finite Strip Method
9. NISHII Kenkichi : Cylindrical Shell Stress Analysis by Boundary Strip Method
10. OHSUGA Minoru : Structural Analysis of Rigid Frame considering Axial Deformation
11. HATAKEYAMA Minoru : Thermal Stress Analysis of Steel Concrete Structure with Asphalt Pavement
12. KON Takenori : Space Structural Analysis of Skewed Box Girder

　May 1994

1. ARAYASHIKI Katsushi : Response Analysis of Skewed Box Girder
2. ISHIKURA Nobumasa : About Initial Behavior of Beam under Impact Load
3. KIKUCHI Hiroshi : Large Deformation Analysis of Framed Structure by STiffness Matrix Method
4. SAITO Hiroyuki : Stress Analysis of Pylon considering Geometrical Nonlinear of Cable
5. TAKAHASHI Shoji : Stress Analysis of Thin Flat-plate Structure by Boundary Strip Method
6. TERASATO Yoshio : Vibration Measurement and Analysis of Steel Cable-stayed Bridge
7. NIWA Toshio :Impact Response Analysis of Composite Girder by Finite Strip Method
8. MATSUO Yoshihiko : Elastic Stress Analysis of Orthotropic Plates with Hole by ISAS II
9. YAMAGUCHI Takayuki : Stress Analysis of Circilar Arches by Boundary Element Method
10. YAMASHITA Kenzi : Study on Vibration Experiment Method of Arched Pedestrain Bridge constructed with Laminated Timber

　May 1993

1. KIKUCHI Nobuteru : Vibration Measurement and Analysis of Arched Pedestrain Bridge constructed with Laminated Timber
2. SHIMOYAMA Hirofumi : Stress Analysis of Circular Arches under Arbitrary Load by Boundary Element Method
3. SUGIURA Hirohisa : Natural Oscillation Analysis of Timoshenko Beam by Boundary Area Element Method
4. TAKAHASHI Toshifumi : Plane Stress Analysis of Orthotropic Plates by Boundary Strip Method
5. BABA Akifumi : Impact Response Analysis of Simple Support Beam by Finite Strip Method
6. FUKASE Makoto : Impact Response Analysis of Space Frame Structures by Stiffness Matrix Method
7. ISHIWATARI Masaru ： Nonlinear Analysis of Space Frame Structures with Base Subsidence
8. OMOE Kazushi ： Structural Analysis of Beam with Diagonal Stiffener by ISAS II

　May 1992

1. ARAYASHIKI Tomohiro : Structural Analysis of Beam with Diagonal Stiffener
2. KADOWAKI Kiwamu : Earthquake Response Secondary and Three Dimensional Analysis of Cable-stayed Bridge
3. TAMANAI Hideyoshi : Design Calculation and Drawing Program of Composite Bridge
4. TSUCHIDA Takayuki : Optimal Shape Design of Space Frame Structure
5. MATSUDA Yuuta : Calculation Method of Collision Impact of Beam by Nonlinear Integral Equation under Lateral Impact
6. MURAI Takeru: Calculation Method of Collision Impact of Beam by Nonlinear Integral Equation under Lateral Impact
7. MORICHIGE Minoru : Design Calculation and Drawing Program of Truss Bridge
8. WATANABE Humitake : Study on Rectangle Flat-plate Stress Analysis by Boundary Integral Equation Method
9. TSUDA Kento : Stress Analysis of Curved Frame Structure

　May 1991

1. KATO Keizi : Design and Drawing of Nielsen Lohse Bridge
2. SAITO Hiroshi :Earthquake Response Analysis of Cable-stayed Bridge using Earthquake Wave Data Base
3. SASAKI Shinichi : Program of Drawing Stress Diagram of Space Frame by FEM and BEM
4. TAKAGI Atsushi : Analysis of Beam on Continuous Non-elastic Foundation
5. TAKASE Fumiaki : Stress Analysis of Plate Girder with Diagonal Stiffener
6. TANABE Hajime : Stress Analysis of Dead Load on Continuous Composite Beam
7. NOGUCHI Hiroki : Analysis of Circylar Arches by Stiffness Matrix Method
8. AIDA Kazumi : Impact Response Analysis of Beam by Integral Equation

　May 1990

1. IKUTA Megumi : Stress Analysis of Beam on Non-elastic Foundation by BEM
2. OKINO Tomoaki : Stiffness Matrix Analysis of PC Continuous Composite Beam
3. KAWAMURA Kazuo : Design Drawing of Cable-stayed Bridge considering Natural Period
4. ZINNO Satoru : Analysis of Plane Stress Problem by BEM
5. TAKAHASHI Shohei : Stress Analysis of Structure with Thick Flat-plate by Finite Strip Method
6. KANAZAWA Yousuke : Displacement Drawing Program of Space Frame Structure by FEM･BEM

　May 1989

1. ANBAI Masaru : Natural Period Analysis of Suspension Bridge by BEM
2. ITO Masahiko : Design and Drawing of PC Rigid Frame Bridge
3. KIKUCHI Shinya : Optimal Design of Structural Member by BEM
4. KIMURA Kaname : Stress Analysis of Langered Plate by Finite Strip Method
5. SATO Yasuo : Analysis of Splitting Tensile Test in Concrete by BEM
6. TOYAMA Hisanori : Natural Vibration Analysis of Non-uniform Section Beam by BEM
7. NAKATA Arito : Large Deformation Analysis of Plate by FEM
8. TAKAKUDA Eiichirou : Displacement and Stress Drawing Program of Framed Structure by FEM･BEM

　May 1988

1. KANAZAWA Takashi : Analysis of Splitting Tensile Test in Concrete by BEM
2. KOIZUMI Takahiro : Design and Drafting of PC Cable-stayed Bridge
3. SHIZUKUISHI Toshimi : Optimal Design of Two-dimensional Elastic Body by BEM with Auto Partition
4. TAKEHARA Hiroyuki : Bending Analysis of Orthotropic Plate by FEM
5. TOYOSHIMA Ryuzi : Impact Response Analysis of Plate with Load Cell in Impact Point
6. NOTOYA Akira : Stress Analysis of Plate by Finite Strip Method
7. MURAKAMI Yasuhiro : Design and Drawing of PC Rigid Frame Bridge
8. OGASAWARA Tsudou : Natural Vibration Analysis of Non-uniform Section Beam by BEM

　May 1987

1. TABATA Atsuro : Design and Drawing of Shizukuishi River Water Pipe Bridge
2. TAMURA Masaki : Design and Drawing of Two-span Continuous Grillage Girder Bridge
3. ISHIGAMI Katsunori : Design and Drawing of Two-span Continuous Curved Girder Bridge
4. TAKEHORA Satoshi : on Load Capacity of Concrete Gerber Bridge
5. SAKANOWAKI Seiichi : Bending Analysis of Orthotropy Plate by Finite Element Method
6. MOTOE Takayuki : Solution of Beam by Boundary Integral Equation
7. KONNO Hiroshi : Analysis of Splitting Tensile Test in Concrete by Boundary Element Method
8. SATO Hiroshi : Analysis of Splitting Tensile Test in Concrete by Boundary Element Method
9. OIKAWA Akihito : Simple Method of Beam under Impulsive Force
10. YAMADA Satoshi : Dynamic Behavior of Rigid Plastic Beam under Impulsive Force

　May 1986

1. KAKUTA Kouichi : Optimal Design of Two-dimensional Elasticity Problem by Boundary Element Method
2. KAKUNODATE Kiyonori : Design and Drawing of Two-span Continuous Grillage Girder Bridge
3. KUNII Mutsumi : Simple Method of Beam under Lateral Impact
4. KOBAYASHI Kazumi : Impact Response Analysis of Plate
5. SUGAWARA Eishin : Solution of Beam on Elastic Foundation by Boundary Integral Equation
6. SUZUKI Hajime : Design and Drawing of Half Through Lohse Bridge
7. TATESHITA Akira : Design and Drwaing of Three-span Continuous Cable-stayed Bridge (only Communication Exclusive)
8. HIRAYAMA Takanobu : Design and Drawing of Two-span Continuous Curved Grillage Girder Bridge
9. HONGO Masatoshi : Optimal Design of Two-dimensional Elasticity Problem by Boundary Element Method
10. MIZUNO Hisayoshi : Deflection Theory Method of Suspension Bridge by Boundary Integral Equation

　May 1985

1. AIKAWA Hideaki : Design and Drawing of Two-span Continuous Grillage Box Girder Bridge
2. AKAMORI Mitsuru : Design and Drawing of Two-span continuous Skewed Grillage Girder Bridge
3. KUMAGAYA Masayuki : Solution of Beam by Boundary Integral Equation
4. SUGAWARA Yoshiyuki : Design and Drawing of Half Through Lohse Bridge
5. SAITO Akihiko : Design and Drawing of Inverted Lohse Girder Bridge
6. SUZUKI Takashi : Design and Drawing of Three-span Continuous Suspension Bridge with Stiffening Girder
7. TAKITA Youichi : Impact Response Analysis of Plane Framed Structure by Integral Equation Method
8. TANIFUJI Masanori : Design and Drawing of Two-span Continuous Grillage Girder Bridge and Substructure

　May 1984

1. AOYAMA Noriaki : Design and Drawing of Two-span Continuous grllage Girder Bridge
2. AKIBA Tsukasa : Impact Analysis of Rigid Frame by Finite Element Method
3. ONODERA Eiji : Design and Drawing of Stiffened Suspension Bridge
4. KAWAMURA Tooru : Design and Drawing of Two-span Continuous Grillage Girder Bridge
5. SANADA Seiji : Design and Drawing of Two-span Continuous Cable-stayed Bridge
6. FUJIWARA Michiaki : Impact Response Analysis of Plate by Integral Equation
7. SASAKI Atsushi : Design and Drawing of Langer Bridge

　May 1983

1. AOI Hiroaki : Initial Behavior of Beam under Impact Force by Elasticity Ball
2. IWAZAWA Hirokazu : Design and Drawing of Grillage Girder Bridge
3. KIMURA Hiroyuki : Design and Drawing of Langer Bridge
4. SASAKI Kazuhiko : Design and Drawing of Lohse Bridge
5. SUNAGAWA Tomoya : Design and Drawing of Cable-stayed Bridge
6. TAKAHASHI Yoshimi : Design and Drawing of Suspension Bridge
7. TANJI Kazuya : Design and Drawing of Grillage Box Girder Bridge
8. TSUSHIMA Teietsu : Design and Drawing of Widening in Grillage Girder Bridge
9. MATSUDA Kazuo : Design and Drawing of Box Girder Bridge

　May 1982

1. ABE Zenichi : Dynamic Response Analysis of Continuous Girder under Traffic Load
2. SATO Tomio : Design and Drawing of Box Girder Bridge
3. SHIRAI Yoshiaki : Design and Drawing of Lohse Bridge
4. YASUMOTO Mituru : Design and Drawing of Steel Langer Bridge

　May 1981

1. UMENAKA Harumi : Design and Drawing of Langer Truss Bridge
2. OUCHI Hiromasa : Design and Drawing of Grillage Girder Bridge included Substructure
3. KUMAGAYA Kouya : Design and Drawing of Box Girder Bridge
4. KOIZUMI Hitone : Stress Analysis of Box Culvert by Finite Strip Method
5. SUZUKI Hiroaki : Design and Drawing of Langer Bridge
6. SUZUKI Misao : Design and Drawing of Lohse Bridge
7. NAGASAKA Shigekatsu : Design and Drawing of Three-span Continuous Grillage Girder Bridge
8. YAMAZAKI Keisuke : Design and Drawing of Suspension Bridge
9. KANNO Toshiaki : Initial Impact Response of Timoshenko Beam

　May 1980

1. AKABANE Naoki : Stiffness Matrix Analysis of Beam under Torsion
2. OBARA Yoshihiro : Design and Draw of Reinforced Concrete Box Girder Bridge
3. KIKUCHI Hideo ： Dynamic Response Analysis of Box Girder with Pavement
4. KURIHARA Kouji :Design and Drawing of Grillage Girder Bridge
5. SATO Akira : Elastic Buckling Analysis of Stiffened Plate by Finite Strip Method
6. SEKIMURA Seiichi : Design and Drawing of Cable-stayed Bridge
7. NANBU Taizo : Influence of Stability of Asphalt Concrete by Grit of Sand Exerts
8. HONDA Yoshinori : Influence which Grit of Sand Exerts on Stability of Asphalt Concrete
9. MOMOBAYASHI Haruhiko : Design and Drawing of Langer Truss Bridge
10. WATANABE Yuji : Design and Drawing of Langer Girder Bridge
11. MATSUI Tsutomu : Design and Drawing of Lohse Bridge
12. YAMADA Yasushi : Stress Analysis of Continuous Composite Girder Bridge by Stiffness Matrix Method

　May 1979

1. ABE Shinsuke : Response Analysis of Beam with Viscoelastic Layer under Moring Vehicle
2. KUSHIDA Yasuaki : Design and Drawing of Skewed Grillage Girder Bridge
3. SASAKI Masahiro : Influence of Coarse Aggregate Grit Change in Asphalt Compound
4. SATAKE Takuo : Study of Reduction Method
5. SATO Hiromi : Design and Drawing of Continuous Grillage Girder Bridge
6. TAKAHASHI Kazuhiko : Design and Drawing of Cable-stayed Bridge
7. TAKAHASHI Shunzi : Design and Drawing of Skewed Grillage Girder Bridge
8. CHIBA Norio : on Side Unstable of Truss Girder
9. CHIBA Yukiari : Bending Analysis of Plate
10. TOMIMASU Masaru : Design and Drawing of Langer Truss Bridge
11. HATA Kenzi : Design and Drawing of Langer Girder Bridge
12. HOSOKAWA Kenzi : Bending Vibration Analysis of Grillage Plate by Finite Foutier Integration Transform
13. HONDA Yasushige : on Influence of Coarse Aggregate Grit Change in Asphalt Compound
14. YOKOYAMA Toshio : on Influence of Coarse Aggregate Grit Change in Asphalt Compound
15. YOSHIDA Takatoshi : Design and Drawing of Cable-stayed Bridge
16. TAKAHASHI Naomasa : Bending Analysis of Plate

　May 1978

1. ITO Masami : on Influence by Temperature Change of Asphalt Compound
2. INABE Hiroshi : Design and Drawing of Suspension Bridge
3. OHTSUKA Katunori : on Influence by Temperature Change of Asphalt Compound
4. KATAOKA Osamu : Design and Drawing of Two-span Continuous Grillage Girder Bridge
5. KATO Kunio : Design and Drawing of Two-span Continuous Grillage Girder Bridge
6. KUMASAKA Toshihide : Design and Drawing of Langer Truss Bridge
7. KOIZUMI Keizo : Load Paragraph of Stiffness Matrix of Beam under Trapezoidal Distributed Load between Element
8. KOTAKI Katumi : on Influence of Composition Change of Asphalt Compound
9. SAWADA Mituaki : on Influence of Composition Change of Asphalt Compound
10. TAKAKU Hisao : Load Paragraph of Stiffness Matrix of Beam under Trapezoidal Distributed Load between Element
11. TAKEUCHI Tetsuo : on Influence by Temperature Change of Asphalt Compound
12. NAGASAWA Kazuhide : Design and Drawing of Langer Truss Bridge
13. MATSUMURA Takefumi : on Influence of Composition Change of Asphalt Compound
14. MARUYAMA Masanori : Design and Drawing of Cable-stayed Bridge
15. AOKI Takashi : Design and Drawing of Cable-stayed Bridge

　May 1977
Civil Engineering Department from this year

1. OYAMA Keiichi : Design and Drawing of Grillage Girder Bridge
2. KIKUCHI Hikaru : Analysis of Two-dimensional Elastic Problem by Finite Element Method
3. KOIKE Nobuhiko : Design and Drawing of Warren Truss Bridge
4. SANO kouzi : on Properties of Asphalt Compound by Freezing and Thawing
5. SAWAKUCHI Hiroshi : Design Drawing of Grillage Girder Bridge
6. SUGIDATE Masao : Analysis of Two-dimensional Elastic Problem by Finite Element Method
7. TAKAMORI Yoshio : on Influence of Gap Grading in Asphalt Compound
8. TSUBONO Harumi : on Influence of Gap Grading in Asphalt Compound
9. MATSUKAWA Takeo : on Properties of Asphalt Compound by Freezing and Thawing
10. KATO Noriyuki : on Influence of Gap Grading in Asphalt Compound

　May 1976

1. IZAWA Masayuki : on Properties of Asphalt Compound by Freezing and Thawing
2. OJIMA Toshinori : Design and Drawing of Continuous Composite Grillage Girder Bridge
3. KIKUCHI Tatsuya : on Permeability of Asphalt Compound
4. SHIMAZU Masahiro : Study of Free Vibration Cycle in Arch System Steel Bridge
5. RIZAWA Shigeru : on Properties of Asphalt Compound by Freezing and Thawing
6. DETO Hideaki : Design and Drawing of Continuous Composite Grillage Girder Bridge
7. SATO Tsuneaki : Stiffness Matrix Analysis of Space Framework to which Steel Alcove Slab Floor Frame was synthesized by Truss Member

　May 1975
Resource Development Engineering Department(Civil Engineering course)

1. ITO Takahiko : Design and Drawing of Rigid Frame Bridge
2. OKABE Masahiko : Consideration concerning Residual Stability of Asphalt
3. KURIHARA Yasuyuki : Consideration concerning Residual Stability of Asphalt
4. CHIBA Makio : Consideration concerning Residual Stability of Asphalt
5. NAGAI Youichi : Design and Drawing of Cable-stayed Pedestrian Bridge
6. FUKASAWA Tadao : Design and Drawing of Grillage Girder Bridge
7. YAMAZUMI Katsumi : Design and Drawing of Grillage Girder Bridge

　May 1974
Resource Development Engineering Department(Civil Engineering course)

1. ENOMOTO Narumitsu : Design and drawing of three-span continuous Warren truss bridge
2. KUMADA Yuukichi : Design and Drawing of Langer Truss Bridge
3. KOJIMA Hitoshi : on Asphalt Compound of defective Aggregate
4. SASAKI Yutaka : on Planning of Ichinoseki By-pass
5. SUGITA Akira : Design and Drawing of Grillage Girder Bridge
6. SEIKE Yoshinori : Influence of Filler to Asphalt Compound
7. TERAUCHI Minoru : on Asphalt Compound of defective Aggregate
8. FUKUSHIMA Shigeru : Space Structure Analysis of Multicolumned Footing considering of Shearing Deformation
9. ENDO Takao : Aon Planning of Ichinoseki By-pass
10. ARAI Hideo : Space Structure Analysis of Multicolumned Footing considering of Shearing Deformation

　May 1973
Resource Development Engineering Department(Civil Engineering course)

1. ABIKO Toshiro : Design and Drawing of Langer Truss Bridge
2. ABE Kazuo : Stability Treatment Method by Grit Improvement
3. EGURO Ryouji : Stability Treatment Method by Grit Improvement
4. KUBOTA Minoru : Design and Drawing of Three-span Continuous Warren Truss Bridge
5. KURIBAYASHI Masaki : Design and Drawing of Two-span Continuous Warren Truss Bridge
6. SASAKI Norio : Stability Treatment Method by Grit Improvement
7. SHINOGI Takao : Stability Treatment Method with Asphalt Emulsion
8. NAGASHIMA Misao : Stability Treatment Method with Asphalt Emulsion

　May 1972
Resource Development Engineering Department(Civil Engineering course)