Physical Non-Linearities in Structural Analysis

Inhaltsverzeichnis

• Préambule inaugural.
• Numerical Techniques for the Finite Element Analysis of Elastic and Inelastic Material Nonlinearities.
• Elastic-Plastic Fracture Mechanics of Cantilever Beam Specimen.
• A Procedure for Including Damage in Constitutive Equations for Elastic-Viscoplastic Work-Hardening Materials.
• The Use of Statistical Reference Stress Techniques in Nonlinear Structural Analysis.
• Analyse d’une Structure Elastoplastique Soumise à un Chargement Cyclique.
• Discussion on Problems of Models Identification.
• Strain Hardening Effects and Damage in Plastic Fatigue.
• The Concept and Application of the Bounding Surface in Plasticity Theory.
• Deflexions of Elastic-Plastic Beams at Finite Spread of Plastic Zones.
• Axial Strain in Cyclic Torsion.
• Effect of Physical Nonlinearities on Optimal Design of Structures.
• A Comparison of the Plastic Buckling Behaviour of 2:1 Ellipsoidal and 2:1 Torispherical Shells Subjected to Internal Pressure.
• Shakedown of Plates under Moving Patch Loads.
• Comportement Asymptotique des Structures Elastoplastiques sous Chargement Periodique.
• A Constitutive Modelling of Time-Dependent Plastic Material with Work-Hardening and Recovery Effects.
• Limit Analysis of Prefabricated Large Panel Buildings by the Use of Discrete Models.
• Inelastic Constitutive Equations and Phenomenological Laws of Damage Accumulation for Structural Metals.
• The Yield Condition of Crystalline Solids.
• Tensorial Nature of Damage Measuring Internal Variables.
• On the Effect of Physical Non-Linearities in the Aeroelastic Stability Problem of Supersonic Panels.
• Plasticity and Ultimate Strength of Concrete.
• An Internal Variable Approach to the Formulation of Finite Element Problems in Plasticity.
• Sur la Consolidation Post-Fluage des Materiaux Metalliques Soumis à unEtirement Progressif.
• The Use of an Empirical Yield Surface Model in Predicting Shakedown Loads.
• Plasticity Solutions by Finite Element Method.
• About the Periodic Contact Problem for the Maxwell Body.
• Dynamic Analysis of Structural Problems with Strong Physical Non-Linearities Described by Superpotentials.
• A Quadratic Approximation of a Non-Linear Structural Design Problem.
• Calculation of Viscoelastic Response.
• Calcul par Elements Finis de l’Evolution d’une Inclusion dans une Matrice Deformee Uniformement.
• Creep and Plastic Ratchetting in Cyclically Thermally Loaded Structures.
• Une Formulation par la Methode des Elements Finis d’Analyse Dynamique Non-Lineaire Appliquee aux Systemes Tridimensionelles de Poutres et de Tuyaux.
• Prediction of Concrete Behaviour Using a Non-Linear Incremental Law.
• Description of Anisotropic Damage Application to Elasticity.
• Mixed Work-Hardening Law for Steels under Complex Loading Histories and its Application to Finite Element Analysis.
• Incremental Analysis of Elasto-Plastic Shells of Revolution and its Application to Practical Design.
• Neutral and Shakedown-Type Domains for Axisymmetric Plates and Shells under Cycles of Pressure and Temperature.
• Accuracy of Numerical Solutions of Problems Involving Physical Non-Linearities.
• Physical and Phenomenological Model with Non-Linearity in Ductile Fracture and Fatigue Crack Growth.