7th International
Conference on
Structural Mechanics
in Reactor Technology
|
7th International
Conference on |
|
DIVISION L: MATERIALS MODELLING AND INELASTIC BEHAVIOR OF MATERIALS AND STRUCTURES
L1 - Continuous Damage
| L1/1 |
Anisotropic Creep Damage in the Framework of Continuum
Damage Mechanics |
| L1/2 | Continuous Damage Mechanics:
Theory and Application D. Krajcinovic |
| L1/3 | An Investigation on the Cumulative
Law of Damage Ouyang Ping |
| L1/5 | A Review of Creep-Fatigue Life
Prediction Methods G. Cailletaud, D. Nouaihas, C. Escaravage, J. Heliot, S. Kang, J. Grattier, C. Levaillant, M. Mottot, J. Tortel |
| L1/6 | Specific Strain Work as a Measure
of a Material Damage R. Zuchowski |
L2 - Constitutive Equations
| L2/1 |
Intermediate Configurations and the Description of
Viscoelastic-Plastic Material Behaviors |
| L2/2 | Synopsis of the Principle of Material Frame
Indifference - Synthesis and Extension of the Objective Tensor Fluxes J.-C. Grossetie |
| L2/3 | Optimisation Techniques Applied to the Interpretation
of the Dynamic Experimental Data on Constitutive Equations J.-C. Grossetie |
| L2/4 | Dynamic Mechanical Properties
of Austenitic Stainless Steels - Fitting of Experimental Data on Constitutive
Equations C. Albertini, M. Montagnani, R. Cenerini, S. Curioni |
| L2/5 | The Use of Third Invariants
in a Plasticity Model for Frictional Materials H.L. Schreyer |
L3 - Microdefects
| L3/1 |
Recent Progress in the Description of Inelastic Behavior
of Materials with Microdefects |
| L3/2 | Creep Cavitation in the Neighborhood
of Stress Concentrations T.-S. Liu, T.J. Delph, R.J. Fields |
| L3/3 | Microstructure Effects on the
Low Cycle Fatigue Behavior of Incoloy 800 and its Modelling J.M. Terriez, G. Robert |
| L3/4 | Application of the Endochronic
Theory to Metalswith Complex Strain Histories K.C. Valanis, C.F. Lee, T. Nashiro |
| L3/5 | Applications of Endochronic Plasticity to
Plate with Hole Under Uniaxial Cyclic Loading C.F. Lee |
| L3/6 | Application of Micro- and Macro-Fracture Mechanics
(CDM-LEFM) to the Problem of Creep in Quasi-Brittle Solids M.P. Wnuk, J. Orkisz |
L4 - Inelastic Material Behavior
| L4/1 |
On a General Concept of Isotropic and Anisotropic Hardening |
| L4/2 | On the Description of Hardening
and Softening Effects in the Austenitic Steel Type 304 (WN 1.4948) G.T.M. Janssen |
| L4/3 | An Incremental Stress-Strain Law for Graphite S. Cheng-Kang Juei, P.-Y. Tang |
| L4/4 | On the Modelling of Beam Structures
with Hardening P. Labbe |
| L4/5 | A Failure Theory for Transversely Isotropic
Brittle Materials P.-Y. Tang, S. Cheng-Kang Kuei |
| L4/6 | Biaxial Failure Surfaces of
2020 and PGX Graphites F.H. Ho, R.E. Vollman, H. Yu, N.R. Adsit |
L5 - Elasto-Plasticity
| L5/1 |
Asymptotic Techniques in Elastic-Plastic Analysis of
Structures |
| L5/2 | Slip Lines in Perfect Elastoplasticity: Theoretical
and Numerical (Special Finite Elements) Modelization, Numerical and Experimental
Results O. Debodes |
| L5/3 | Biaxial Loading Effects on
the Growth of Cracks M.W. Brown, K.J. Miller, T.J. Walker |
| L5/4 | Finite Element Analysis of
Elastoplastic Contact Problems Without Friction N. Endahl |
| L5/5 | Yielding and Plastic Flow of
Prestrained Rolled Sheet-Steel J.-P. Boehler, J. Raclin |
| L5/6 | Application of the Endochronic Theory to Metals
with Complex Strain Histories K.C. Valanis, C.F. Lee, T. Nashiro |
L6 - Computational Aspects I
| L6/1 |
Formulations and Computational Strategies for Novel Problems of Plasticity
and Creep |
| L6/2 | Solution Strategies for Linear
and Nonlinear Instability Phenomena for Arbitrarily Curved Thin Shell Structures U. Eckstein, R. Harte, W.B. Krätzig, U. Wittek |
| L6/3 | Boundary Element Solutions
for Plates on Elastic Foundations J. Puttonen, P. Varpasuo |
| L6/4 | Error Computation and Optimal
Mesh in Elasticity and Elastoplasticity G. Coffignal, P. Ladeveze |
| L6/5 | Performance of Eigensolvers
in Modal Analyses of Nuclear Plant Building Structures K.-R. Leimbach, V.H. Engelke, N. Krutzik |
| L6/6 | Optimal Design of Flange Components
Using Parametric Cubic Splines J. Middleton, H.J. Anderson |
| L6/7 | PAULA 82: A Code for Non Linear
Analysis of Pipes and Shells L. Lazzeri |
| L6/8 | Finite Element Computations
Involving Creep Combined With Other Nonlinearities G. Panosyan, J. Beziat, E. Carnoy |
L7- Stabiliy
| L7/1 |
Interaction Buckling - Progressive Deformation |
| L7/3 | A Consistent Formulation for
Nonlinear Problems with Application to Calendria Tube Collapse M.S. Gadala, T.P. Byrne |
| L7/4 | Buckling of Imperfect Cylindrical Shells N. Waeckel, M. Cousin, J.F. Jullien, M. Ledermann, A. Morel |
| L7/5 | Dynamic Buckling of Inelastic
Structures P. Pegon, P. Guelin |
| L7/6 | A Strategy to Compute Plastic
Post-Buckling of Structures A. Combescure |
| L7/7 | Thermal Ratcheting and Progressive
Buckling J. Lebey, D. Brouard, R.L. Roche |
| L7/8 | Stability of Thin Beams Containing
Cracks M.S. Ghaly, M.Y.A. Younan |
L8 - Inelastic Structures I
| L8/1 |
Plastic Analysis and Optimal Design of Containment Vessels |
| L8/2 | Creep of a Tee Branch Pipe
Connection Under Internal Pressure T. Shindo, D. Updike, A. Kalnis |
| L8/3 | The Assessment of Elastic Follow-up in Elevated
Temperature Piping Systems and Components J.T. Boyle, J. Spence |
| L8/4 | Design Methods for Analysis
of Damage Assumulating Structures D. Krajcinovic, J.Z. Sestan |
| L8/5 | Application of Simplified Inelastic Design
Methods to Axisymmetric Thin Shell Structures N.R. Otter, D.J. Burrows |
| L8/6 | Limit Analysis of Shells with
Part-Through Thickness Defects A.G. Miller |
| L8/7 | Cross-Sectional Warpings and
Distortions of Bars C. Zeller |
L9 - Cyclic Loaidng I
| L9/1 |
A Bounding Technique for Dynamic Plastic Deformations |
| L9/2 | Shakedown Analysis
of Discrete Elastic-Workhardening Structures with Displacement Constraints S. Rizzo |
| L9/3 | Analysis of Visco-Plastic Structures Submitted
to a cyclic Loading B. buff, J. Casier |
| L9/4 | Bounding Methods in Elevated
Temperature Design W.J. O'Donnell, J.S. Porowski |
| L9/5 | Approximate Creep Analysis
for Cyclic Change of Loading and Temperature A.S.L. Chan, C.B. Spilopoulous |
| L9/6 | Progressive Plastic Deformation
in Metallic Liner of Concrete Structure F. Alicino, G. Zampini |
| L9/7 | Thermal Ratchetting in Pipes
Subjected to Cyclic Thermal Downshocks and Primary Traction Charge F. Corsi, A. Fabi, P. Di Giamberardino, A. Di Lanni, F. Cesari, S. Ghia |
| L9/8 | Low Cycle Fatigue of a Pressure
Vessel Steel at Elevated Temperature M.H. Elhaddad, B. Mukherjee |
L10 - Experiments
| L10/1 |
A Preliminary Numerical Stress Analysis of a Dynamic
Biaxial Testing Machine |
| L10/2 | Measurement of Strain Distribution Using Point
Recognition Picture Processing S. Matsuura, G. Yagawa, Y. Ando |
| L10/3 | Experimental Vertification
of a Discrete Memory Constitutive Model for 316 Stainless Steel M.N. Elleuch, S. Han, B.F. Wack |
| L10/5 | Effects of Hold-Time and Irradiation
on the Low-Cycle Fatigue Behaviour of 1.4948 (AISI 304) and 1.4919 (AISI
316) R. Schmitt, W. Scheibe |
| L10/6 | Tomographic Estimation of
Continuous Damage Evolution in Metals Under Straining A. Cagnasso, A. Sawczuk |
| L10/7 | An Evaluation of Back Stress
Determination Techniques in Metals W.B. Jones, R.W. Rohde |
| L10/8 | Evaluation of Granular Soil
Properties in Seismic Analysis of Nuclear Structures A. Bica, J.D. Riera, L.F. Nanni |
| L10/9 | Experimental Procedure for
the Characterization of Cyclic Behavior from Very Thin Plate Specimens A. Maury, D. Moulin |
L11 - Thermomechanics
| L11/1 |
Application of a New Thermoelastic Thick Shell Theory
to Solar Boiler Tubes |
| L11/2 | Transient Analysis of Two-Dimensional
Structures Using a coupled Thermoelastic Finite Element Procedure W,-H. Chen, K. Ting |
| L11/3 | Numerical Methods for Calculating
Thermal Residual Stresses and Hydrogen Diffusion J.B. Leblond, J. Devaux, D. Dubois |
| L11/4 | Effect of Thermomechanical
Coupling on Thermal Stress Problems in a Hollow Circular Cylinder Y. Takeuti, R. Ishida, Y. Tanigawa |
L12 - Creep
| L12/1 |
Creep Analysis of Orthotropic Shells of Revolution
Under Asymmetrical Loading |
| L12/2 | A Comparison of Two Algorithms
for Creep Calculations of Shells A. Kalnins, D.P. Updike |
| L12/3 | Dynamic Finite Element Analysis
of Strain-Rate Sensitive Elastic-Plastic Material N. Chiba |
| L12/4 | Numerical Analysis of Creep
Brittle Rupture by the Finite Element Method D.J.A. Goncalves, D.R.J. Owen |
| L12/5 | Relaxation of a Rectangular
Beam and Circular Shaft N.S. Ottosen |
| L12/6 | Room and High Temperature
Creep Behaviour of an AISI 316 Steel Plate for Fast Reactor Structures D. D'Angelo, S. Ragazzoni, V. Regis |
| L12/7 | Strength of the AISI 316 Stainless
Steel Above 800° C J.H. Zhu, D. Boermann, G. Piatti |
| L12/8 | Analysis of the Creep Rupture
of Structural Members by the Finite Element Method L. Gadomski, W. Wojewodzki |
L13 - Computational Aspects II
| L13/1 |
Hourglass Control for Linear and Nonlinear Problems |
| L13/2 | A Technique for Mixing General
Shell Elements with Axisymmetric Shell Elements in Linear and Nonlinear
Analysis A.S.L. Chan, Y.C. Wang |
| L13/3 | A Consistent Linearization
Method for Finite Element Analysis of Viscoelastic Materials P.S. Smith, D. Pelessone |
| L13/4 | A Split Operator Method for
Transient Problems T.B. Belytschko |
| L13/5 | A New Periodic Imperfect Quasi
Axisymmeetric Shell Element A. Combescure, G. Garuti |
| L13/6 | EURDYN 2: A Computer Program for Large Strain
Analysis in Plane and Axisymmetric Structural Dynamics J.P. Halleux |
| L13/7 | Strain-Based Finite Elements
for the Analysis of Cylinders with Holes and Normally Intersecting Cylinders A.B. Sabir |
| L13/8 | Numerical Methods for the
Solution of Geometrically Nonlinear Problems E. Carnoy, G. Panosyan |
L14 - Cyclic Loading II
| L14/1 |
A Cycle Combining Method for Fatigue Analysis |
| L14/2 | Ratchetting study on Inox
Steel Tubes M. Cousin, N. Waeckel, J.F. Jullien, G. Cordier, G. Baylac |
| L14/3 | Nonlinear Dynamic Response of Simple Mechanical
Systems Subjected to Impulsive and Cyclic Overloads L.M. Habip, L. Widuch, J. Hess |
| L14/4 | A Simplified Method for the Inelastic Analysis
of Structures Under Non Radial Cyclic Loadings J. Tribout |
L15 - Inelastic Structures II
| L15/1 |
A Simple Method for the Dynamic Analysis of Deteriorating
Structures |
| L15/2 | The Concept of Equivalent
Solid Plate in the Modal Analysis of Perforated Plates S.N. Plyat, A.P. Villasor, Jr. |
| L15/3 |
Inelastic Behavior of Perforated Plates Subjeted to
Bending |
| L15/4 | Inelastic Analysis and Creep Fatigue Life
of Multiaxially Loaded Welded Structures A. De Paulis, E. Manfredi, E. Vitale |