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机译:双鞍支撑多层玻璃纤维塑料容器的设计—最大应变的参数方程式的发展
University of Strathclyde Department of Mechanical Engineering Glasgow, Scotland, UK;
University of Strathclyde Department of Mechanical Engineering Glasgow, Scotland, UK;
University of Strathclyde Department of Mechanical Engineering Glasgow, Scotland, UK;
University of Strathclyde Department of Mechanical Engineering Glasgow, Scotland, UK;
University of Strathclyde Department of Mechanical Engineering Glasgow, Scotland, UK;
saddle supports; horizontal glass-reinforced plastic vessels; design method; composites; parametric study;
机译:确定在双鞍座上支撑的GRP容器中瓷砖最大应变的简化设计方法
机译:承受热膨胀载荷的圆柱容器中最大应力的参数方程式
机译:考虑应变硬化和应变率效应的离散多层防爆容器的动力响应
机译:卧式马鞍支撑的储存容器-塑料倒塌载荷的参数研究
机译:使用预测方程式分析溪流设计方法,以预测横向河床结构尖端的最大和平均速度。
机译:使用平均应变的支座挠度多跨度Waler梁的最大应力估算模型
机译:冰载荷下玻璃钢(GRp)容器的完整性