Microstructures, Mechanical Properties and Processes - Computer Simulation and Modelling, Volume 3

Copyright © 2000 Wiley-VCH Verlag GmbH, Weinheim

Microstructures, Mechanical Properties and Processes - Computer Simulation and Modelling, Volume 3

Editor(s): Yves Bréchet

Published Online: 19 DEC 2005

Print ISBN: 9783527301225

Online ISBN: 9783527606153

DOI: 10.1002/3527606157

About this Book

Product Information

About The Product

The relation between microstructures and mechanical properties has always been a challenge for materials science. Modelling the formation, properties and long term stability of microstructures is one of the most impressive and promising advances of modern materials science.
This book presents recent advances and challenges in this fast evolving cross disciplinary field. It addresses applications of classical physical metallurgy, and the need for new modelling approaches, both on the analytical viewpoint and on the simulation side.

Table of contents

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      Front Matter (pages i–xii)

  2. Part I: Computer Simulation of Microstructures

    1. Coupling of a Crystal Plasticity Finite Element Model with a Probabilistic Cellular Automaton for Simulating Primary Static Recrystallization in Aluminum (pages 1–8)

      Dierk Raabe and Richard C. Becker

    2. Mean Field Kinetic Modelling of Microstructures Driven by Nucleation and Growth Kinetics (pages 9–14)

      E. Pineda, D. Crespo and T. Pradell

    3. Coarsening of Fractal Grain Boundaries (pages 15–21)

      P. Streitenberger, D. Fan and V. Tikare

    4. From Discrete to Continuum Dislocation Dynamics (pages 22–27)

      I. Groma, B. Bakó and P. Balogh

    5. Application of the Phase Field Method to the Solidification of Hot-Dipped Galvanized Coatings (pages 28–33)

      A. Semoroz, S. Henry and M. Rappaz

    6. A Free Boundary Model for Rosette Formation during Semi-Solid Processing (pages 34–39)

      Andrew M. Mullis

    7. Large Microstructure Simulations in Binary and Ternary Alloys: Application to Fe-C and Fe-C-Mn (pages 40–46)

      Janin Tiaden, Uwe Grafe and Bernd Böttger

    8. Monte Carlo Simulation of the L12 Order-Disorder Phase Transformation under Cascade Irradiation (pages 47–52)

      C. Abromeit, U. Czubayko and S. Matsumura

    9. DEM Simulation of Particle Packing Behavior in Colloidal Forming Processes (pages 53–57)

      Takashi Iwai, Chu-Wan Hong and Peter Greil

    10. Random Sets for Modelling of Microstructures: Some Examples (pages 58–63)

      J.M. Missiaen and J.M. Chaix

    11. Influence of Alloying Elements and Their Interactions on Martensite Start Temperature (pages 64–69)

      Jiajun Wang, Pieter J. van der Wolk and Sybrand van der Zwaag

    12. Improvement of Quality and Productivity for Rolled and Extruded Aluminium Products (REAP) through Microstructure and Texture Modelling (pages 70–77)

      T. Furu, H.E Vatne, S. Johnsen, R. Shahani, L. Poizat, B. Bengtsson and H.E Ekstrøm

    13. Modelling of Temperature Effects in Plastic Deformation (pages 78–84)

      E. D. Metselaar, A. Roos, J. Th. M. De Hosson and E. Van Der Giessen

    14. Vacancy Defect on a Si(100) Surface: Computer Simulation (pages 85–89)

      A.S Yanovsky and S.V Kolomoets

    15. Monitoring Precipitation Kinetics in an Al-Mn-Mg-Cu Alloy using Thermoelectric Power and Electrical Resistivity Measurements (pages 90–95)

      Simone Vooijs, Bruce Davenport and Sybrand van der Zwaag

    16. The Effect of Grain Geometry on the Kinetics of Recrystallisation Processes (pages 96–101)

      S.P Chen, Y. van Leeuwen, S.B Davenport, D.N Hanlon and S. van der Zwaag

    17. Modeling of Dendrite Structure and Microsegregation in Single Crystal Solidification of Superalloys (pages 102–108)

      Dexin Ma, Uwe Grafe, Suzana G. Fries and Fredy Hediger

    18. Computer Simulation of Brownian Translational Motion of the Particles in Magnetic Fluids (pages 109–113)

      Constantin Dan Buioca, Vasile Iusan and Constantin Cotae

    19. A New Microscopic Model for the BCC-9R Transformation during Cu Precipitation in Ferritic Steels (pages 114–118)

      Y. Le Bouar

  3. Part II: Computer Simulation of Mechanical Properties

    1. Modeling of Microstructure Evolution and Mechanical Properties in Age-Hardening Aluminum Alloys (pages 120–132)

      A. Deschamps, D. Solas and Y. Bréchet

    2. Dynamic Modelling of PLC Instabilities Occurring in Depth Sensing Microhardness Tests (pages 133–139)

      G. Bérces and J. Lendvai

    3. Simulation of Mechanical Properties of ULCB_Mn Steel Sheets Having a Composite Microstructure (pages 140–146)

      Andrzej Kazimierz Lis, Cezary Kolan and Leopold Jeziorski

    4. Microstructural Aspects of Endurance Limit of the Nodular Cast Iron (pages 147–153)

      Boguslaw Kubicki and Dody Prayitno

    5. Damage Kinetics and Fracture Toughness of Nodular Cast Iron (pages 154–159)

      C. Berdin and C. Prioul

    6. Macroscopic and Mesoscopic Models for Fracture in Sheet Metal Forming (pages 160–165)

      Helmut Gese and Harry Dell

    7. Mechanical Behaviour of DC Cast AA3104 and AA5182 under Semi-Solid Conditions (pages 166–171)

      W.M van Haaften, B. Magnin, W.H Kool and L. Katgerman

    8. Constitutive Modeling of the Flow Behavior of Semi-Solid Aluminum Alloys (pages 172–177)

      Arne Wahlen, Lukas Bäurle and Giancarlo Gullo

    9. Determination of Thermal-Mechanical Properties of Aluminium Base PM Material for Computer Simulation of Manufacturing Process (pages 178–183)

      György Krallics, Stan T. Mandziej and György Ziaja

    10. Fracture Mechanics Simulation of Shot Peening Effects on the Damage Tolerance against Fatigue Failures (pages 184–189)

      Gerhard König and Theo Fett

    11. A Theoretical Study of the Effects of Alloying Elements on the Cleavage Strength and Formability of TiAl (pages 190–195)

      Y. Song, Z. X. Guo, R. Yang and D. Li

    12. Development of an Advanced Rheological Tool for Polymer Melt Processing (pages 196–201)

      R.J Koopmans

    13. Simulation of the Stability of Microcracks in Macroscopic Structures (pages 202–208)

      M.Große Gehling and H. Vehoff

    14. On Applicability of Life Prediction Models during Low Cycle Fatigue of Steels (pages 209–214)

      Gyula Nagy and Maria B. Maros

    15. Is There Any Connection between the Characteristics of the LCF and FCG? (pages 215–219)

      Gyula Nagy and János Lukács

    16. On the Analytical Modelling of Mechanical Properties, for Some Hybrid Particulate Aluminium Matrix Composites (pages 220–225)

      Marian Mareş

    17. Drop Weight NDTT Test Results for Steel Grades with Yield Stresses 355 to 1000 MPa (pages 226–231)

      Jelena Vojvodič Tuma, Roman Celin and Borut Kosec

    18. Effective Stress Intensity Factor for the Straight Crack Front with 3D-Ledges (pages 232–235)

      Jana Horníková, Pavel Šandera and Jaroslav Pokluda

    19. A Model-Based Approach for Determination of Product-Properties on Carbon-Black Loaded Polyethylenes (pages 236–242)

      Xiao-Su Yi, Lie Shen and Yi Pan

    20. Simulation of Vibrations of a Shape Memory Alloy Wire: Temperature Induced Phase Transitions and Active Vibration Control (pages 243–249)

      C. Kober

    21. Effect of the Chemical Composition on the Work Hardening and Dynamic Recovery of Some Metallic Alloys (pages 250–255)

      J.M Cabrera and J.M Prado

    22. Application of the EBSD Technique to the Study of Dynamic Recrystallization (pages 256–261)

      M. El Wahabi, L. Gavard, J. M. Cabrera, F. Montheillet and J. M. Prado

    23. Hot Flow Description of ARMCO Iron (pages 262–268)

      K. Tafzi, J. M. Cabrera and J. M. Prado

    24. Mechanical Properties/Microstructure Relationships in Aerospace Aluminum Alloys (pages 269–275)

      D. Dumont, A. Deschamps, Prof. Yves Bréchet and C. Sigli

  4. Part III: Modelling of Processes

    1. Optimization of an Industrial Ductile Iron Casting Design and Pattern Layout using Comprehensive Casting Process Simulation Tools (pages 278–285)

      Richard Aagaard, Wilfried Schäfer and Erik Hepp

    2. Computational Modeling of Investment Casting (pages 286–292)

      M. Stemmler, M. Schallmo and F. Hediger

    3. Analysis of Macrosegregation, Hot Tears and Heat Treatment in Steel Castings Using Simulation Tools (pages 293–298)

      M.C Schneider and S. Andersen

    4. Estimation of Boundary Conditions using Inverse Stationary Methods (pages 299–304)

      J.-M. Drezet, G.-U. Grün and M. Gremaud

    5. Numerical Simulation – A Comprehensive Quality Control Tool for Steel and Iron Foundries (pages 305–310)

      M.C Schneider, E. Flender and J.C Sturm

    6. Microstructure Simulation of Thermally Sprayed Particles (pages 311–317)

      Johannes Wilden and Heiko Frank

    7. Simulation of the Core Shooting Process (pages 318–322)

      Mark Pelzer, Andreas Ludwig, Lukas Meiser and Peter R. Sahm

    8. CHEMSHEET – An Efficient Worksheet Tool for Thermodynamic Process Simulation (pages 323–330)

      Pertti Koukkari, Karri Penttilä, Klaus Hack and Stephan Petersen

    9. Modeling of Solidification Process to Cast EDM Electrodes from Rapid Prototyping (pages 331–336)

      Professor José M.G.C. Ferreira and Eng. Artur J. S. Mateus

    10. Computational Optimization of Parts Produced from Ceramic Powders (pages 337–342)

      Torsten Kraft, Hermann Riedel, Ottmar Rosenfelder and Peter Stingl

    11. An Example of Numerical Simulation of the Powder Injection Moulding Process (pages 343–349)

      V. V. Bilovol, L. Kowalski and J. Duszczyk

    12. Models for Numeric Simulation of Extrusion Stamping Processes for Metallic Powders Sintered Preforms (pages 350–355)

      Constantin S. Dumitru, Mihai E. Mangra and Gheorghe A. Panoiu

    13. Modelling of Reverse Problem in Heat Transfer (pages 356–361)

      Adrian Sorin and Filip Ciolacu

    14. The Influence of the Plume Zone Structural and Dimensional Parameters Regarding the Steel's Micro-Alloying Efficiency by Powder Injection (pages 362–367)

      Radu Ştefǎnoiu, Victor Geantǎ, Ilie Butnariu and Dana Daisa

    15. Computer Simulation of the Solidification in Large Ingot with Respect to Directional Segregation (pages 368–372)

      Ilie Butnariu, Victor Geanta, Radu Stefanoiu, Cezar Necsulescu, Valeriu Rucai, Cosmin Catana and Silviu Lefter

    16. A Quantitative Roughness Analysis of Tension Damage Cavities in a Rapidly Quenched Aluminium Alloy (pages 373–378)

      F. Paun, A. Morel and E. Bouchaud

    17. Monitoring and Control of the Smelt-Condition of Materials with High Melting Temperature (pages 379–384)

      Dr. Zeidler, Dipl.-Ing Zimmermann, Ing. Agú, Ing. Saxby, Dr. Fleischer, Dr. Meyer, Prof. Debuigne, Prof. Güldner, Ing. Hanisch, Prof. Wielage and Phys. Mucha

    18. Environmental and Economic Plant Optimization (pages 385–391)

      Robert Ackermann, Günter Fleischer, Silke Hermanns, Natalie Ibald and Stefan Roth

    19. A Planning Tool for the 3D Simulation of Temperature Fields, Stresses and Deformations in Massive Concrete Structures (pages 392–397)

      S. Wierichs, S. Andersen and J. Hattel

    20. Mathematical Modelling of Fractional Solidification (pages 398–403)

      J. A. Spim, M. C. F. Ierardi and A. Garcia

    21. A Model for the Analysis of the Failures of the Mechanical Structural Parts (pages 404–409)

      Dana Salomie and Serban Domsa

    1. You have free access to this content
      Author Index (pages 411–413)

    1. You have free access to this content
      Subject Index (pages 415–418)

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