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Feasibility Evaluation of Local Laser Treatment for Strengthening of Thin-Walled Structures from Low-Carbon Steel Subjected to Bending

机译：局部激光处理的可行性评估，加强弯曲低碳钢的薄壁结构

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Oleksandr Kapustynskyi; Nikolaj Višniakov; Darius Zabulionis; Artur Piščalov;
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1. The effect of thermomechanical treatment and tempering on the subsurface microstructure and bendability of direct-quenched low-carbon strip steel [J] . Ari Saastamoinen, Antti Kaijalainen, David Porter, Materials Characterization . 2017,第期

机译：热机械处理和回火对直接淬火低碳钢材地下微观结构和弯曲性的影响
2. Monitoring of Real-Time Complex Deformed Shapes of Thin-Walled Channel Beam Structures Subject to the Coupling Between Bi-Axial Bending and Warping Torsion [J] . Rui Lu, Zhanjun Wu, Qi Zhou, 结构耐久性与健康监测(英文) . 2019,第003期

机译：监测经受双轴弯曲和翘曲扭转之间的耦合的薄壁通道梁结构的实时复杂变形形状
3. Ultimate State of Thin-Walled Circular Steel Columns Subjected to Biaxial Horizontal Forces and Biaxial Bending Moments Caused by Bidirectional Seismic Accelerations [J] . Goto Yoshiaki, Ebisawa Takemasa, Lu Xilin, Journal of structural engineering . 2015,第4期

机译：双向地震加速度引起的双壁水平力和双轴弯矩作用下的薄壁圆钢柱的极限状态
4. CLOSED-FORM ANALYTICAL SOLUTIONS FOR THIN-WALLED CYLINDRICAL COMPOSITE SHELL STRUCTURES SUBJECTED TO AXIAL AND BENDING LOADS UNDER TEMPERATURE ENVIRONMENT [C] . Sthanu Mahadev, Wen S. Chan ASME international mechanical engineering congress and exposition . 2016

机译：薄壁圆柱复合壳结构在轴向环境下承受轴向和弯曲载荷的闭式解析解
5. Analysis of thin-walled cylindrical composite shell structures subject to axial and bending loads: Concept development, analytical modeling and experimental verification [D] . Mahadev, Sthanu 2015

机译：承受轴向和弯曲载荷的薄壁圆柱复合壳结构分析：概念发展，分析模型和实验验证
6. Feasibility Evaluation of Local Laser Treatment for Strengthening of Thin-Walled Structures from Low-Carbon Steel Subjected to Bending [O] . Oleksandr Kapustynskyi, Nikolaj Višniakov, Darius Zabulionis, 2020

机译：局部激光处理的可行性评估加强弯曲低碳钢的薄壁结构
7. Design and Optimization of Steel Car Body Structures via Local Laser-Strengthening [O] . Markus Wagner, Axel Jahn, Eckhard Beyer, 2016

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Feasibility Evaluation of Local Laser Treatment for Strengthening of Thin-Walled Structures from Low-Carbon Steel Subjected to Bending

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