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(1)

STRUCTURAL

MECHANICS

IN REACTOR

TECHNOLOGY

Vol.

M.

Methods for

Structural

Analysis

Division Coordinators:

(2)

TABLE OF CONTENTS

Division M.

METHODS FOR

STRUCTURAL ANALYSIS

Session

M 1.

Numerical Methods

Issues and

Techniques

M

1/1

High-Order

Nonlinear Finite Elements

I. Fried Boston

University,

College

ofLiberal Arts, 264

Bay

State

Road,

Boston, Massachusetts 02215, U.S.A.

M

1/2

Some Considerationson

Displacement

Assumed Finite Elements

with the Reduced Numerical

Integration Technique

H. Takeda, H. Isha

Century

Research Center

Corporation,

2,

3-chome, Hon-Cho, Nihonbashi, Chuo-Ku,

Tokyo

103,

Japan

M

1/3

Finite Element Elasto-Plastic

Analysis

of Thin Walled Structures

of Reinforced Concrete as

Applied

to Reactor Facilities

F.

Fujita*,

0. Isobata** Shimizu Construction Co., Ltd., 4-17

Etchujima-3,

Koto-ku,

Tokyo

135,

Japan

* Nuclear Power

Dept.

** Research

Laboratory

S. Kawamata Tohoku Institute of

Technology,

Sendai-shi

982,

Japan

Y. Tsuboi

University

of

Tokyo, 22-1, Roppongi

7-chome,

Minato-ku, Tokyo

106, Japan

M 1/4 Numerical Solutions for Stresses near Crack

Tips

in

Time-Depen¬

dent Inelastic Fracture Mechanics

M.

Morjaria,

S.

Mukherjee Dept.

of Theoretical and

Applied

Mechanics,

Cornell

University,

Thurston Hall, Ithaca, New York 14853, U.S.A.

M

1/6

On the

Accuracy

of EPFM Calculations

L.G. Lamain Commission of the

European

Communities, J.R.C.

Ispra

Establishment,

Applied

Mechanics

Division,

1-21020

Ispra

(Varese),

Italy

M

1/7

Free Vibration of Thin

Axisymmetric

Structures

by

a

Semi-Analytical

Finite Element Scheme and

Isoparametric

Solid Ele¬

ments

T.A.I.

Akeju Department

ofCivil

Engineering, University

of

Lagos,

Lagos,

Nigeria

D.W.

Kelly,

O.C. Zienkiewicz

Department

of Civil

Engineering,

University

of Wales,

Singleton

Park, Swansea, SA2

8PP,

Uni¬

ted

Kingdom

K. Kanaka

Raju

Structural

Engineering

Division, Vikram Sarabhau

Space

Centre, Trivandrum, India

Notes: — Thesign (*) designatesInvited Lectures.

— A title mentionedonthe Table of Contents butnotfollowedbyasummaryor apapermeansthat

the paper was notavailableatthe time offinishing ofthebook.

— A paper number missing in the numeral order means that the paper was cancelled or

withdrawn.

(3)

Session M 2.

Complex

Elastic

& Inelastic

Structural

Analysis

Management

and Execution

M

2/1

The

Management

for

Analyses

of

Complex

Reactor

Compo¬

nents

R. Pratt Atkins Research and

Development,

Woodcote Grove

Ashley

Road,

Epsom, Surrey

KT185BW, United

Kingdom

M

2/2

Elastic and

Viscoelastoplastic Analysis

of Mechanical Behaviour of Tube Bank of FBR Sodium-Sodium Intermediate Heat Exchan¬ ger

(Application

de

I'analyse 6lastique

et

visco^lastoplastique

a la

verification de la tenue

m6canique

du faisceau tubulaire d'un

§changeur

interm6diaire sodium-sodium pour r^acteurs a neu¬

trons

rapides)

J. Ducher, C. Foussat Stein Industrie,

D6partement

Nude"aire,B.P. No. 74, F-78140

V&izy-Villacoublay,

France

M 2/3

Plastic-Creep Buckling

Analysis

for LMFBR

Components

T. Foult SOCOTEC Industrie, 3 avenue du Centre, F-78182

St-Quentin en Yvelines Cedex, France

A. Morel NERSA, 177 rue Garibaldi, F-69219

Lyon,

France

A. Combescure Commissariat a

I'Energie

Atomique,

C.E.N.

Saclay,

D.E.M.T., B.P. No. 2, F-91190Gif-sur-Yvette, France

M

2/4

Form

Optimization

Thermomechanical Studies on FBR Steam

Generator Steam Box Made of Steel 2"

1/4

Cr 1 Mo

(Etudes

thermomScanique d'optimisation

de forme d'une boTte vapeur de

generateur de vapeur en acier chromesco III pour reacteur a

neutrons

rapides)

J. Andro, H. Le Van Stein Industrie,

D4partement

Nucleaire, B.P. No. 74, F-78140

V6lizy-Villacoublay,

France

M

2/5

An Assessment on the

Physical

Phenomena of

Piping-Compo¬

nents-Supports

Interaction

F.L. Cho, R.D.

Raheja Sargent

&

Lundy Engineers,

55 East Monroe

Street,

Chicago,

Illinois 60603, U.S.A.

Session M 3. Solution

Algorithms

for

Static

and

Dynamic

Nonlinear Structural

Response

An

Appraisal

of Numerical Solution

Techniques

for Elasto-Plastic and

Elasto-Viscoplastic

Material Problems

D.R.J. Owen, C.M.B. Gomez

Department

of Civil

Engineering,

University College

of Swansea,

Singleton

Park, Swansea

SA28PP, United

Kingdom

Comparison

of One

Step Implicit Integration

Schemes for

Creep

Analysis Using

the Finite Element Method

C.

Nyssen,

G.

Panosyan,

J. Beziat NOVATOME, 20av. E. Herriot,

F-92350 Le Plessis-Robinson, France

Influence of Constitutive

Equations

and Calculation Methods on

the Results of Inelastic

Analysis

of Benchmark Problems

(4)

A.W.A. Konter

TNO,

Institute for MechanicalConstructions, P.O. Box 29, NL-2600 AA Delft, The Netherlands

G.M.A. Kusters TNO, Institute for

Building

Materials and

Building

Structures, P.O. Box 49, NL-2600 A A Delft, The Netherlands M

3/4

Nonlinear Solution

Algorithms

for Reinforced Concrete Plates

E. Hinton, H.H. Abdel Rahman

University

of Wales Swansea,

Department of Civil

Engineering, Singleton

Park, Swansea

SA28PP, United

Kingdom

M

3/5

A Solution of Unilateral Contact Problems

by

Means of

Lagrange

Multiplier

and Frank Wolfe

Algorithm

M.

Chantant*,

A. Combescure** Commissariat a

TEnergie

Atomi-que, C.E.N.

Saclay,

B.P. No.

2,

F-91190 Gif-sur-Yvette, France

* DTech. ** DEMT

M

3/6

A New Time

Step Algorithm

with

Improved

Numerical

Damping

G.

Bazzi*,

E.

Anderheggen**

Swiss Federal Institute of Technolo¬ gy,

ETH-Honggerberg,

CH-8093

Zurich,

Switzerland *

Institute

of

Computer

Sciences **

Applied Computer

Sciences

M

3/7

Improved

Error

Propagation

Behaviour of Linear

Multistep

Meth¬

ods for Transient Structural

Analysis

F. Brancaleoni, V.

Ciampi

Istituto di Scienza delle

Costruzioni,

Universita di Roma, Via Eudossiana, 18, 1-00184 Roma,

Italy

M

3/8

Dynamic Analysis

of Structures with Localized Nonlinearities

N.A.

Lebedinsky

Combustion

Engineering,

Inc., C-E Power

Sys¬

tems, 1000

Prospect

HillRoad, Windsor, Connecticut 06095, U.S.A.

M

3/9

Computer

Approach

to an

Analytically

Numerical Method of the

Solution of

Boundary

Value Problems in Mechanics

J.

Kucwaj,

J. Orkisz Politechnika Krakowska, Institute of Structu¬

ral Mechanics, ul. Warszawska 24, PL-31155 Krakow,

Poland

Session M 4. Advanced Solution

Capabilities

for Shell Structures

M4/1*

A

Semi-Analytical

Finite Element Process for Nonlinear

Elasto-plastic Analysis

of

Arbitrarily

Loaded Shells of Revolution H.J. Rensch, W. Wunderlich Institut fur Konstruktiven

Ingenieur-bau — Lehrstuhl IV, Ruhr-Universitat

Bochum,

Postfach

102148, D-4630 Bochum,

Germany

M

4/2

Elasto/Visco-Plastic Analysis

of

Moderately

Thick Shells of Revo¬ lution

S. Takezono, M. Tanoue

Department

of Mechanical

Engineering,

Faculty

of

Engineering,

Kumamoto

University,

Kumamoto 860,

Japan

M

4/3

Extensions to a Nonlinear Finite Element

Axisymmetric

Shell

Model Based on Reissner's Shell

Theory

W.A. Cook Los Alamos Scientific

Laboratory,

University

of

California, P.O. Box 1663, Los Alamos, New Mexico 87545,

U.S.A.

(5)

M4/4 A Finite Element Model for a Thermo-Elastic-Plastic,

Arbitrary

Thin Shell with Finite Deformation

S.Y.

Cheng Westinghouse

Canada Inc., Atomic Power Division,

Box 150, Hamilton, Ontario L8N3K2, Canada

J.J.M. Too Atomic

Energy

of Canada Limited, Whiteshell Nuclear Research Establishment, Pinawa, Manitoba ROE 1L0, Canada

M4/5 An

Isoparametric

Shell of Revolution Finite Element for Harmonic

Loadings

of

Any

Order

J.J. Johnson Structural Mechanics

Associates,

2400 Old Crow

Canyon

Road, Suite E, San Ramon, California 94583, U.S.A. CM. Charman General Atomic

Company,

P.O. Box 81608, San

Diego, California

92138,

U.S.A.

Session

M

5. Inelastic Material Behavior

and

Simplified

Analyses

M

5/1

Numerical and

Experimental

Comparison

of Several

Creep

Consti¬ tutive

Equations

and Their Use in Finite Element

Analysis

D.R. Sanders Colorado School of Mines, Basic

Engineering

Department,

Golden, Colorado 80401, U.S.A.

W.E. Haisler

Aerospace

Engineering

Department,

Texas A & M

University, College

Station, Texas 77843, U.S.A.

M

5/2

Thermodynamic

and

Computational Aspects

of a

Thermoplastic

Constitutive

Theory

D.H. Allen

Department

of

Engineering

Science and Mechanics,

Virginia Polytechnic

Institute and State

University, Blacksburg,

Virginia 24061,

U.S.A.

M

5/3

Steady-State Creep

of

Spherical

Shells and Inclusions

R.C. Hibbeler

Department

of Civil

Engineering, University

of Southwestern Louisiana, Box 32291,

Lafayette,

Louisiana

70501,

U.S.A.

M

5/4

Reference Stress

Approach

for

Estimating Creep

Strain of Flat

Plate Pressure Vessel Heads

F. Matsuda Mechanical

Engineering

Research

Laboratory,

Kobe

Steel, Ltd., 1-3-18,

Wakihamacho

Fukiaiku,

Kobe

651,

Japan

M

5/5

Simplified

Elastic-Plastic

Analysis

of Reinforced Concrete Struc¬ tures —

Design

Method for

Self-Restraining

Stress

S. Aihara, K. Atsumi, K.

Ujiie,

S. Satoh

Kajima Corporation,

Shinjuku

Mitsui

Building,

2-1-1

Nishishinjuku, Shinjuku-ku,

Tokyo

160,

Japan

M 5/6 Inelastic Behaviour of Solar Boiler Tubes

Subjected

to

Cyclic

Thermal

Loading

D.

Gamby,

P. Pietri, H. Bourdillon Laboratoire de

Mecanique

des Solides, University de Poitiers, 40, av. du Recteur Pineau,

F-86022Poitiers Cedex, France

M

5/7

The Relaxation of Thin

Elliptical Cylindrical

Shells Under Pure

Bending

Moment

M.

Temizkaya

Istanbul Teknik Universitesi, Gemi Insa ve Deniz

Bilimleri Fakultesi, Taskisla, Istanbul,

Turkey

(6)

Session M 6.

Advanced

Methods for

Transient and

Steady

State

Dynamic Response

of

Structures

M6/1*

Identification and

Modeling

of Nonlinear

Systems

S.F.

Masri,

G.A.

Bekey,

H. Sassi School of

Engineering, University

of Southern

California,

University

Park, Los

Angeles,

California

90007, U.S.A.

T.K.

Caughey

Division of

Engineering,

California Institute of Tech¬

nology,

Pasadena, California

91109,

U.S.A.

M6/2

Upper

Bounds for the

Changes

of Natural

Frequencies

Due to

Dynamic Partitioning Techniques (Abschatzung

der

Frequenzver-schiebungen

bei Einsatz

dynamischer Makroelemente)

K. Peters, U.

Wagner,

E. Albus

INTERATOM,

Internationale

Atomreaktorbau GmbH, Postfach, D-5060

Bergisch-Gladbach,

Germany

M

6/3

A Numerical Method for Perturbation

Analysis

of

Eigenvalue

Problems in Structural Mechanics

F. Kikuchi, T.Aizawa, H. Utsuno Institute of

Space

and Aeronau¬ tical

Science,

University

of

Tokyo,

4-6-1,

Komaba,

Meguro-ku,

Tokyo

153,

Japan

M6/4 An Efficient Modal Transformation Method for Finite Element Nonlinear

Dynamics

M. Tanabe, H. Takeda

Century

Research Center

Corporation,

2,

3-chome, Hon-cho. Nihonbashi, Chuo-Ku,

Tokyo

103,

Japan

M6/5 Limitation of

Berger Equations

and

Large Amplitude

Vibrations of

Thin Elastic Plates

M.M.

Banerjee*,

P.K. Sarker** A.C.

College,

Jalpaiguri

735 101, West

Bengal,

India *

Department

of Mathematics

**

Department

of

Physics

M

6/6

Dynamic Analysis

ofTwo Dimensional Elastic-Plastic Structures

Using

Finite Element Method

W.-H. Chen, W.-Y. Lin

Department

of Power Mechanical

Engi¬

neering,

National

Tsing

Hua

University,

855

Kuang

Fu Road, Hsinchu, Taiwan 300, China

M

6/7

Impact

Between Deformable Bodies

A.S.L.

Chan,

L.M. Yu

Department

of

Aeronautics,

Imperial Col¬

lege

of Scienceand

Technology,

Prince ConsortRoad, London

SW7 2BY, United

Kingdom

M

6/8

Transient Non-Linear Finite Element

Analysis

of

Axisymmetric

Structures

by

Lumped-Explicit

Methods

J.P. Halleux Commission of the

European

Communities, J.R.C.

Ispra

Establishment —

Applied

Mechanics

Division,

1-21020

Ispra

(Varese),

Italy

M

6/9

Hourglass

Control

Techniques

for Constant Strain Elements

T.

Belytschko,

D.

Flanagan Department

of Civil

Engineering,

The

Technological

Institute, Northwestern

University, Evanston,

Illi¬ nois 60201, U.S.A.

(7)

Session

M 7. Advanced

Concepts

in

Soil Structure Interaction

and Seismic

Design

M

7/1*

An

Explicit

Method in Non-Linear Soil-Structure Interaction R.R. Kunar

Principia

Mechanica Ltd., 288

Upper

Richmond Road

West, London SW14

7JG,

United

Kingdom

M

7/2

Semi-Infinite Domains

by

Finite Element

Cloning

G.

Dasgupta Department

of Civil

Engineering

and

Engineering

Mechanics, Columbia

University,

Seeley

W. Mudd

Building,

New York, N.Y.

10027,

U.S.A.

M

7/3

Nuclear Reactor Foundation Shakedown

Analysis

A.K. Haldar, D.V.

Reddy,

W.

Bobby Faculty

of

Engineering

and

Applied

Science, Memorial

University

of

Newfoundland,

St.

John's, Newfoundland A

1B3X5,

Canada

M 7/4 A Linear Finite Element for Soil-Structure Interaction

M.V. lonita Finzi-Nova-Castellani Associated

Engineers,

Viale Giustiniano 10, 1-20129 Milano,

Italy

M

7/5

A

Sensitivity

Study

for Soil-Structure Interaction

R.R. Kunar, D.C. White

Principia

Mechanica Ltd., 288

Upper

RichmondRoad West, London SW14 7JG, United

Kingdom

M.J. Ashdown, C.H. Waker, D. Daintith BritishNuclear FuelsLtd.,

Risley, Warrington

WA3 6AS, United

Kingdom

M7/6 Error Evaluation of Inelastic

Response Spectrum

Method for

Earthquake Design

M. Paz, J.

Wong Dept.

of Civil

Engineering, Speed

Scientific

School, University

of Louisville, Louisville,

Kentucky

40208, U.S.A.

Session M 8.

Improved

Methods of

Structural

Design

M

8/1

Rational

Design

and

Analysis

of Nozzles

B. Charalambus Kraftwerk Union AG, Postfach 3220, D-8520

Erlangen, Germany

A. Andersen, H.

Schuppel

Kraftwerk Union AG, Postfach 962,

D-6050

Offenbach/Main, Germany

M

8/2

Optimal

Nozzle

Design

to Minimize Stress Concentrations

J.

Middleton,

R.

Sully

Department

of Civil

Engineering,

University

of Wales,

Singleton

Park, Swansea SA28PP, United

King¬

dom

M

8/3

On the

Optimization

of the Fourier

Analysis

of Pressurized

Nozzle-to-Cylinder

Vessels

S.J. Brown Quest

Engineering Development Corporation,

4010 Fairmont

Parkway,

Suite 109, Pasadena, Texas 77504, U.S.A.

M

8/4

Analysis

of Elastic Plastic Structures Submitted to a

Cyclic

(8)

B. Buff University de

Technologie

de

Compiegne,

ruePersonne de

Roberval, F-60206

Compiegne

Cedex, France

J. Casier, G.

Bay

lac Electricity deFrance,

SEPTEN,

Tour

EDF-GDF,

F-92080 Paris la Defense Cedex

8,

France

M8/5

Study

of the Different Plastic Structural Behaviours in a Circular

Plate

Subjected

to

Cyclic Loadings

and

Creep

Redistribution of

Initial Stresses in an Indefinite

Strip

F.

Corsi,

F.

Cesari,

B. Taddia

Dipartimento

Reattori Veloci, Comi¬ tate Nazionale per

I'Energia

Nucleare, Via

delTArcoveggio

56/23,

1-40129

Bologna, Italy

A. Combescure Commissariat a

I'Energie Atomique,

C.E.N.

Saclay,

D.E.M.T., B.P. No. 2, F-91190Gif-sur-Yvette, France M

8/6

Optimum

Hole

Shapes

in Circular

Cylindrical

Shell under Tension

and Torsion

K.

Rajaiah,

R.R. Kumar Indian Institute of

Technology,

Aeronauti¬

cal

Engineering Department,

Powai,

Bombay-400

076, India

Session M 9. The Static and

Dynamic

Buckling

of Shells

and Structures

M

9/1

Elastic

Buckling

of

Imperfect Cylindrical

Shells under

Arbitrary

Temperature

Load

W. Wardenbach Institut fur

Mechanik,

Technische Hochschule

Darmstadt, Hochschulstr. 1, D-6100 Darmstadt,

Germany

M

9/2

Influence of the Internal Pressure on the

Bending

Failure of

Pipelines

S. Kremer, C. Mattheck Brown, Boveri &Cie, Kallstadter Str. 1,

D-6800 Mannheim,

Germany

M9/3 Numerical Studiesof the Lateral Torsional

Buckling

Problem N.C.

Knowles,

L. Gould Atkins Research&

Development,

Wood-cote Grove,

Ashley

Road,

Epsom, Surrey

KT185BW, United

Kingdom

M9/4 On

Buckling

of Double-Shell-Stiffened

Cylindrical

Steel Struc¬

tures

S.J. Chen, K.D. Chiu, E. Odar Ebasco

Services,

Inc., 2 World

Trade Center, New

York,

N.Y. 10048, U.S.A.

M

9/5

Numerical

Analysis

of

Dynamic

Instabilities in Inelastic Shells M. Kleiber Institute of Fundamental

Technological

Research, Pol¬

ish

Academy

of Sciences, ul.

Swietokrzyska

21, PL-00-049 Warsaw, Poland

M

9/6

Dynamic Buckling

of

Viscoplastic

Spherical Shell

R. Bukowski, W.

Wojewodzki

Politechnika

Warszawska, Instytut

Mechaniki

Konstrukcji Inzynierskich,

Al. Armii

Ludowej 16,

PL-00-637 Warsaw, Poland

M

9/7

Dynamic Buckling

of Circular

Cylindrical

Shells Under

Step

Load¬

ing

A.N. Mukherjee Nuclear Services

Corporation,

1700 DellAvenue,

Campbell,

California

95008,

U.S.A.

(9)

M

9/8

Simplified Vibrocreep Buckling Analysis

of Circular

Cylindrical

Shells

K. Simeonova, L.

Hadjikov,

K.

Georgiev,

I. lotov Institute of Mechanics and Biomechanics, P.O. Box 373, Sofia 1090,

Bulgaria

M

9/9

Free Vibration Response of Circular

Cylindrical

Shells with

Attached

Springs

and Masses

A.

Rajamani Corporate

Research and

Development

Division, Bha-rat

Heavy

Electricals Ltd.,

Vikasnagar,

Hyderabad-500

593,

India

M9/10 Stability

of Thin-Walled

Cylinders

under Different Loads and Load-Combinations

A. Kumar Civil

Engineering

Department,

Indian Institute of Tech¬

nology, Kanpur-208016

UP, India

M

9/11

Nonlinear

Analysis

of Heated

Orthotropic

Shallow

Cylindrical

Shell

P. Biswas

Department

of

Mathematics,

P.D. Women's

College,

Jalpalguri,

West

Bengal,

India

Session M 10.

Improved

Elbow,

Piping

&

Beam Treatments

M 10/1*

Propagation

of Ovalization

Along Straight

Pipes

and Elbows A. Millard, R.L. Roche Commissariata

I'Energie Atomique,

C.E.N.

Saclay,

D.E.M.T., B.P. No. 2, F-91190

Gif-sur-Yvette,

France

M

10/2

Refined Inelastic

Analysis

of

Piping

Systems

Using

a

Beam-Type

Program

A. Millard, A. Hoffmann Commissariat a

I'Energie

Atomique,

C.E.N.

Saclay,

D.E.M.T., B.P. No. 2, F-91190 Gif-sur-Yvette,

France

M 10/4

Dynamic Design

of

Piping Systems

R.C. lotti, G.

Listvinsky,

D.R. deBoisblanc

Applied Physics

Depart¬

ment, Ebasco

Services, Inc.,

2 World Trade Center, New York,

N.Y. 10048, U.S.A.

M 10/5 Transfer Matrix

Analysis

of Branched Structures

R. Keskinen Institute of Radiation Protection, P.O. Box

268,

SF-00101 Helsinki

10,

Finland

M

10/6

A New Method for

Computing

Beam Structures in

Elasto-Plastic-ity

(Une m^thode nouvelle pour le calcul des structures de

poutres en

6lasto-plasticit6)

P. Labbe Electricity de France, Direction des Etudes et

Recherches, Batiment V, 1 av. du G6n6ral de

Gaulle,

F-92141

Clamart,

France

M

10/7

On Load

Carrying Capacity

of Frames

Taking

Into Account Finite

Displacements

A. Borkowski Institute of Fundamental

Technological

Research,

Polish

Academy

of

Sciences,

ul.

Swietokrzyska

21, PL-00-049

Warsaw, Poland

(10)

M. Saran Technical

University

of Warsaw,

Faculty

of Civil

Engi¬

neering,

ul. Armii

Ludowej 16,

PL-00-638

Warsaw,

Poland M

10/8

Lower Bound on

Large

Deformations of

Dynamically

Loaded

Rigid-Plastic

Structures

H. Stolarski, Vu Van The Instituteof Fundamental

Technological

Research, Polish

Academy

of

Sciences,

ul.

Swietokrzyska

21,

PL-00-049 Warsaw, Poland

Session M 11.

Buckling Theory

and

Shell

Theory

M

11/1*

Post

Buckling

of

Axisymmetric

and Three Dimensional Shells A. Mezieres, Q.S.

Nguyen

Laboratoire de

MScanique

des

Solides,

Ecole

Poly

technique,

F-91128 Palaiseau Cedex, France

F. Pintard, A.Combescure, A. Hoffmann Commissariata

TEnergie

Atomique,

C.E.N.

Saclay,

D.E.M.T., B.P. No.

2,

F-91190

Gif-sur-Yvette, France

M

11/2

On the

Convexity

of

Stability

or Non Bifurcation Domains in

Elasticity

and in

Plasticity

Y. Meziere, Q.S.

Nguyen

Laboratoire de

M4canique

des

Solides,

Ecole

Polytechnique,

F-91128, Palaiseau Cedex, France M

11/3

Limit

Analysis

Under the

Aspect

of

Catastrophe Theory

F.G. Rammerstorfer, D.F. Fischer

Voest-Alpine AG,

Postfach

2,

A-4010 Linz, Austria

M 11/4 The

Creep

Analysis

ofShell Structures

Using

Generalised Mod¬

els

J.T.

Boyle,

J.

Spence

Dept. of Mechanics of

Materials, University

of

Strathclyde,

75 Montrose Street,

Glasgow

G1 1XJ, Scot¬

land, United

Kingdom

M

11/5

A Consistent Linear

Theory

of Thin Elastic Shells

R. Kienzler Institut furMechanik, Technische Hochschule Darm¬

stadt,

Hochschulstr. 1, D-6100 Darmstadt,

Germany

M

11/6 Thermoelasticity

ofThick, Laminated

Orthotopic

Shells

T. Kant

Department

of Civil

Engineering, University

of Wales,

Singleton

Park,

Swansea SA28PP, United

Kingdom

Session

M 12. Probabilistic Structural

Mechanics

M 12/1*Load Combination

Analysis Including

Cumulative

Damage

A. Cornell,S. Winterstein

Department

of Mechanical

Engineering,

Massachusetts Institute of

Technology,

Cambridge,

Massachu¬

setts 02139, U.S.A.

M 12/2 A Fracture Mechanics Evaluation of Reactor

Piping Reliability

I: Model

Description

D.O.

Harris,

E.Y.Lim, D. Dedhia Science

Applications

Inc., 5 Palo

(11)

R.D. Streit Lawrence Livermore National

Laboratory, University

of

California, P.O. Box 808, Livermore, California

94550,

U.S.A.

M 12/3 A Fracture Mechanics Evaluation of Reactor

Piping

Reliability

II:

Simulation of

Pipe Rupture Probability

E.Y.

Lim,

S.L. Basin Science

Applications

Inc.,

5 Palo Alto

Square,

Suite 200, Palo Alto, California

94304,

U.S.A.

L.L.

George

Lawrence Livermore National

Laboratory, University

of

California,

P.O. Box

808,

L-140, Livermore, California

94550, U.S.A.

D.L.

Iglehart Department

of

Operations

Research, Stanford Uni¬

versity, Stanford,

California

94305,

U.S.A.

M

12/4

Evaluation of Stress Histories of Reactor Coolant

Loop Piping

for

Pipe Rupture

Prediction

S.C. Lu, R.A. Larder Lawrence Livermore National

Laboratory,

University

of

California,

P.O. Box

808, L-90,

Livermore, Califor¬ nia 94550, U.S.A.

A.L. Chan Science

Applications

Inc., 5 Palo Alto

Square,

Suite

200, Palo Alto, California 94304, U.S.A.

S.M. Ma EG&G,

Inc.,

P.O. Box

204,

San

Ramon,

California 94582, U.S.A.

M

12/5

Fourth-Order Moment

Approximation

to

Reliability

of Non-linear Structure

Y. Murotsu, H. Okada, M. Kishi

Dept.

of Naval

Architecture,

College

of

Engineering, University

of Osaka Prefecture, Sakai,

Osaka

591, Japan

M. Yonezawa

Dept.

of Industrial

Engineering,

Faculty

of Science

and

Engineering,

Kinki

University,

Kowakae,

Higashi-Osaka

577,

Japan

K. Niwa

Japan

Information

Processing

Service

Co.,

Ltd.,

Dept.

of

Super-Computer,

1-20-5 Nihonbashi, Chuo-ku,

Tokyo

103,

Japan

M

12/6

Finite ElementStress

Analysis

Extended toStochastic Treatment in Problems of Structural

Safety

and

Reliability

S.

Nakagiri,

T. Hisada Institute of Industrial Science,

University

of

Tokyo,

22-1,

Roppongi

7 chome, Minato-ku,

Tokyo

106,

Japan

M

12/7

Studies in the

Reliability

of the Linear Oscillator

L.A.

Bergman,

E.M. Austin

Department

of Theoretical &

Applied

Mechanics,

University

of Illinois, Urbana, Illinois 61801, U.S.A.

J.C. Heinrich

Department

of

Aerospace

and Mechanical

Engineer¬

ing, University

ofArizona, Tucson, Arizona 85721, U.S.A. M 12/8 Fracture Load Predictions — How Accurate?

L.N.

Gifford,

E.J.

Czyryca

David W.

Taylor

Naval

Ship

Research and

Development Center, Bethesda, Maryland 20084,

U.S.A.

(12)

Session M 13. Nonlinear & Linear

Transient

Thermal

Phenomena

M

13/1

Transient Thermal Stress

Analysis by

Finite Element Method

H.S. Kushwaha, M.

Saraph,

A. Kakodkar Reactor

Engineering

Division,

Component

Analysis

Section,

Bhabha Atomic

Research Centre,

Trombay,

Bombay

400

085,

India

M

13/2

Nonlinear Heat Transfer

Analysis

of

Heavy

Walled Structural

Components

S.L.J.

Dedovid,

K.M. Zotovic Research InstituteofGOSA Indus¬

tries,

Heavy

Pressure Vessels Division, Maleska

28a,

YU-1100

Beograd, Yugoslavia

M

13/3

Intense Pulsed Neutron Source

Target

Integrity

J.R. Ball, H.U.

Ahmed,

B.A. Loomis

Argonne

National

Laboratory,

9700 South Cass Avenue,

Argonne,

Illinois 60439, U.S.A.

M

13/4

Thermal

Stresses

in

Pipes

under Transient Heat Flow — A

Semi-Analytical Approach

•3.V. Guerreiro

Ribeiro,

J.E. Leite de Andrade Comissao Nacional

de

Energia

Nuclear, Stress

Analysis

Group,

Rua General

Seve-riano,

90,

Rio de Janeiro RJ22290, Brazil

M

13/5 Applications

of the

Lanczos-Chebyshev

Method to Heat Conduc¬

tion and Thermoelastic Stress Problems

P.Y.P. Chen School of Nuclear

Engineering, University

of New

South

Wales,

P.O. Box 1,

Kensington,

NSW2033, Australia

M 13/6 Thermal Shock Problems in a Plate

Y. Takeuti, T. Furukawa

Dept.

ofMechanical

Engineering,

Univer¬

sity

of Osaka Prefecture, Mozu, Umemachi, Sakai, Osaka 591,

Japan

M 13/7 The

Coupled Dynamical

Problem of

Thermoelasticity

in Case of

Large Temperature

Differences

A. Szekeres

Department

of Technical Mechanics, Technical Uni¬

versity

of

Budapest,

Muegyetem

rkp.

1-3, Budapest

1111,

Hungary

M

13/8

A

Dynamic

Problem of

Thermoelasticity

with Finite Wave

Speeds

for a

Layer

J.

Ignaczak

Polish

Academy

of Sciences, ul.

Swietokrzyska

21,

PL-00-049 Warsaw, Poland

M

13/9

Transient Thermal Stresses in a

Transversely Isotropic

Finite

Composite

Hollow Circular

Cylinder

due to

Arbitrary

Surface Heat-Generations and

Surrounding Temperatures

Y.

Sugano

Dept.

of Mechanical

Engineering, University

ofOsaka

Prefecture, Mozu, Umemachi, Sakai,

Osaka

591, Japan

References

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