All Stories

  1. An Energy Approach Applied to Define Elasto-Plastic Constitutive Models Describing Thermomechanical Metallic Materials Behavior During Forming Processes
  2. An Inverse Analysis Method Applied to Optimization of Specimen’s Shape for Performing Hot Rapid Crushing Tests from Homogeneous Initial Temperature Field
  3. Modern Techniques for Remanufacturing Hydraulic Equipment in the Context of Circular Economy and Energy Efficiency
  4. New formulation of metallic materials constitutive models by an energy approach
  5. Computational Framework Concerning the Formulation of Maximum Work Principle used in Plasticity, Materials Forming and Tribology as a Consequence of a Variational Optimization Problem Defined From the Constructal Law
  6. Elaboration and Mechanical-Electrochemical Characterisation of Open Cell Antimonial-lead Foams Made by the “Excess Salt Replication Method” for Eventual Applications in Lead-acid Batteries Manufacturing
  7. New Phenomenological Material Constitutive Models for the Description of the Ti6Al4V Titanium Alloy Behavior Under Static and Dynamic Loadings
  8. Some aspects regarding the influence of the anisotropy of an AA2021-T351 rolled thick plate on its tribological behaviour
  9. DP600 dual phase steel thermo-elasto-plastic constitutive model considering strain rate and temperature influence on FEM residual stress analysis of laser welding
  10. Application of Constructal Theory to Write Mechanical Maximum Work Principle and Equilibrium State of Continuum Media Flow as a Solution of a Variational Optimization Problem
  11. Numerical simulation and experimental investigation on the residual stresses in a laser beam welded dual phase DP600 steel plate: Thermo-mechanical material plasticity model
  12. Micro-scratching tests of a rolled aluminium alloy AA2024-T351 thick plate using a diamond micro-blade
  13. A general computation model based on inverse analysis principle used for rheological analysis of W/O rapeseed and soybean oil emulsions
  14. The maximum work principle regarded as a consequence of an optimization problem based on mechanical virtual power principle and application of constructal theory
  15. Experimental characterization and numerical modeling of the three-dimensional anisotropic behavior of a thick sheet aluminum alloy AA2024-T351 using multi-scale approaches
  16. Fractal analysis of surface micro-topography for a rolled anisotropic thick sheet of aluminium alloy AA2024-T351
  17. Studies Concerning Numerical Prediction of Metal Fibering Obtained by Cold Bulk Forming Using Sensitivity Analysis of Tribological and Rheological Properties on a Cylindrical Crushing Process
  18. Modeling grain orientation of DP600 steel by Nd:YAG laser
  19. Numerical analysis of rheological and tribological behavior influence on 16MnCr5 forging fibering
  20. Mechanical and Numerical Analysis Concerning Compressive Properties of Tin-Lead Open-Cell Foams
  21. Formulation of a representative plastic strain and representative plastic strain rate by using a conical indentation on a rigid visco-plastic material
  22. Experimental and numerical analysis concerning the behaviour of OL50 steel grade specimens coated with polyurea layer under dynamics loadings
  23. Formulation de déformation représentative et de vitesse de déformation représentative par indentation sphérique
  24. Numerical Analysis Concerning the Harmfulness of Crack Turbine Rotors Using a Multi-Scale Approach Based on a Dynamic Finite Element Method
  25. Mechanical behavior analysis of metallic materials using a Finite Element modeling of the SHPB test, a numerical calibration of the bar’s elastic strains and an inverse analysis method
  26. Applications of Multi-Scale Models to Numerical Simulation and Experimental Analysis of Anisotropic Elastoplastic Behavior of Metallic Sheets
  27. Analysis of Metallic Materials Behavior during Severe Loadings Using a FE Modeling of the SHPB Test Based on a Numerical Calibration of Elastic Strains with Respect to the Raw Measurements and on the Inverse Analysis Principle
  28. Finite Element Analysis of the Influence of the Material Constitutive Law Formulation on the Chip Formation Process During a High Speed Metal Cutting
  29. An optimal forward extrusion device proposed for numerical and experimental analysis of materials tribological properties corresponding to bulk forming processes
  30. Constitutive Equation for Description of Metallic Materials Behavior during Static and Dynamic Loadings Taking into Account Important Gradients of Plastic Deformation
  31. Analysis of the Anisotropic Behavior and of the Formability Aptitude for an AA2024 Alloy Using the Channel Die Compression Test and the Simple Tension Test
  32. An Anisotropic Behaviour Analysis of AA2024 Aluminium Alloy Undergoing Large Plastic Deformations
  33. Aluminium Alloys, Theory and Applications
  34. Identification of Friction Parameters from the Inverse Analysis of a Direct Extrusion Test
  35. An Inverse Analysis of the Erichsen Test Applied for the Automatic Identification of Sheet Materials Behavior
  36. An Inverse Analysis of the Erichsen Test Applied for the Automatic Identification of Sheet Materials Behavior
  37. Minimization of Friction Influence on the Evaluation of Rheological Parameters From Compression Test: Application to a Forging Steel Behavior Identification
  38. Formulation of a new constitutive equation available simultaneously for static and dynamic loadings
  39. Numerical modeling of integrally stiffened structures forming from creep age forming technique
  40. An inverse analysis approach of the Erichsen test starting from a finite element model
  41. Two-step procedure for identification of metal behavior from dynamic compression tests
  42. Formulation of anisotropic Hill criteria for the description of an aluminium alloy behaviour during the channel die compression test
  43. A study of material constitutive behaviour at elevated temperature from compressive SHPB test using an inverse analysis method
  44. Forming Process of a 5083 Aluminium Alloy. Constitutive Model Covering a Large Range of Temperature
  45. An experimental and numerical analysis of the heat transfer problem in SHPB at elevated temperatures
  46. Study of the mechanical behaviour of zirconium 702αin correlation with the texture determined by X-ray diffraction
  47. A constitutive law for the mechanical behavior of Zr 702α
  48. Identification du comportement d'un acier en compression : du quasi-statique au dynamiqueIdentification of a steel compression behaviour: from quasi static approach to dynamic one
  49. Model of dynamic compression tests on hydraulic testing machines: Influence of dynamic phenomena
  50. Model of dynamic compression tests on hydraulic testing machines: Influence of dynamic phenomena
  51. Analysis of the dynamic SHPB test using the finite element simulation
  52. Analysis of the dynamic SHPB test using the finite element simulation
  53. Analysis of a Constitutive Model for the Simulation of Dynamic Forming Processes
  54. Identification of anisotropic Hill criteria from the channel die compression test. Application to a normal anisotropy of zirconium 702α
  55. Thermo-viscoplastic parameter identification formulated as an inverse finite element analysis of the hot torsion test
  56. The rheological parameter identification formulated as an inverse finite element problem
  57. The analysis of inelastic behaviour formulated as an inverse rheological approach
  58. Identification du comportement rhéologique par analyse inverse
  59. An inverse analysis using a finite element model for identification of rheological parameters