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Articles by keyword: «Fracture»

• 3-D Network Simulation of Rock Joints and Permeability Tensor Analysis
  Published in: Fracture and Strength of Solids VI (p1491)
• A Boundary Element-Free Method for Fracture Analysis of 2D Anisotropic Solids
  Published in: Manufacturing Engineering and Automation I (p107)
• A Description of Damage Based on Nanoscale Modelling of Fracture
  Published in: Damage Assessment of Structures VI (p235)
• A Finite Element Model of Roll-Over Protective Structures for Wheel Loader Frame
  Published in: Applied Mechanics and Mechanical Engineering II (p737)
• A Fracture Based Model for Wear Debris Formation
  Published in: Fracture and Damage Mechanics V (p1157)
• A Fracture Crystallography and Anisotropy of Propagation of Microcracks Nucleated in Stainless Austenitic Steels after LCF
  Published in: Fracture and Damage Mechanics V (p935)
• A Fracture Mechanics Based Approach to the Assessment of Seismic Resisting Steel Structures
  Published in: Fracture of Materials: Moving Forwards (p89)
• A Fracture Mechanics-Based Approach to Estimating the Fracture Stress and Strain of Cast Al-7%Si-0.3%Mg Alloys
  Published in: Aluminium Alloys 2002 - ICAA8 (p1315)
• A Framework for Analyzing the Microstructure Level Thermomechanical Response Polymer Bonded Explosives
  Published in: Explosion, Shock Wave and High-Energy Reaction Phenomena (p21)
• A History of the Fractography of Brittle Materials
  Published in: Fractography of Advanced Ceramics III (p1)
• A Model for Crack-Induced Nucleation of Dislocations, Complex Stacking Faults and Twins
  Published in: Materials Structure & Micromechanics of Fracture (p17)
• A New Concept for Material Fragmentation Simulation – Nodes Separation
  Published in: Materials Science and Engineering Applications (p558)
• A New Interwell Tracer Technology - Particle Tracer Technology
  Published in: Advanced Materials (p1744)
• A Nonhomogeneous Piezoelectric Material Plate with a Moving Crack
  Published in: Fracture and Damage Mechanics V (p85)
• A Practical Method for Clinical Veterinary Use: Use of Dentine Hydroxyapatite (DHA) as a Graft Material
  Published in: Bioceramics 18 (p1387)