(225)A Martensite Transformation and Kurdjumow-Sachs Mechanism

Chang Qing Xu; Xiao Ming Cao; Gui Jiang Li

doi:10.4028/www.scientific.net/MSF.575-578.924

Paper Titles

Determination of the Kinetics for Dynamic and Static Recrystallization by Using the Flow Curves
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Microstructures and Toughness in Simulated Coarse Grain Heat-Affected Zones of Copper-Bearing Steel
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Structure Optimization in the Stacked Package of IC Microstructures
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Influence of Delamination of Epoxy/Dielectric Interfaces on Pattern Shift and Passivation Cracking under Aeronautical Conditions
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(225)_A Martensite Transformation and Kurdjumow-Sachs Mechanism
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Numerical Modeling of the Electrical Resistivity of Carbon Black Filled Rubber
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Numerical Simulation of Thermal Stress Fields during Gas Quenching
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Effects of Thermal Treatment on the Morphology and Properties of CSM/Poly(Urethane-Isocyanurate) Composites Formed by SRIM Process
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High Temperature Mechanical Behavior of 16Mnq under Constant Constraint Conditions
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HomeMaterials Science ForumMaterials Science Forum Vols. 575-578(225)A Martensite Transformation and...

(225)_A Martensite Transformation and Kurdjumow-Sachs Mechanism

Abstract:

The Kurdjumow -Sachs mechanism of martensite transformation is investigated in detail in this paper. The distortion matrixes of the first shear, the second shear and lineal adjustment according to the K-S mechanism are calculated. From the lattice distortion matrix, we can obtain invariant normal planes. According to the assumption that the habit plane is constructed with some of the invariant normal planes, the macroscopic habit plane (225)A is also discussed. The results show that the K-S mechanism can account for the relief effects, habit plane, orientation relationship and the change of structure.