机译:通过6063型铝合金圆形挤压中变形织构的厚度变化:实验,有限元和晶体塑性建模
Department of Materials Science and Engineering, Norwegian University of Science and Technology,Innovation & Technology – Europe, Extruded Solutions, Hydro;
Department of Materials Science and Engineering, Norwegian University of Science and Technology;
Department of Materials Science and Engineering, Norwegian University of Science and Technology;
SINTEF Materials and Chemistry;
Innovation & Technology – Europe, Extruded Solutions, Hydro;
Aluminium alloy; Extrusion; Texture; EBSD; FEM; Crystal plasticity;
机译:累积轧辊粘结期间{112} <111>铝单晶铝合金单晶的晶体可塑性FEM研究
机译:三维变形路径下铝合金螺旋挤出过程中纹理演化的晶体塑性预测
机译:6063型铝合金在热挤压过程中的纹理形成过程
机译:ICME工具的钛合金热挤压纹理和塑性的晶体可塑性建模
机译:纹理告知晶体可塑性多晶材料变形的有限元建模。
机译:{112} 111铝单晶在累积辊焊过程中厚度变形和织构的晶体可塑性有限元研究
机译:平面型材的变形纹理演化Almgsi挤压:实验,FEM和晶体塑性建模
机译:挤压钨合金的非均匀变形和剥落:板冲击试验和晶体塑性模型;杂志文章