摘要
建筑模板是混凝土结构工程施工的重要工具,用于确保墙面的平整度,但由于其面积较大,壁厚薄,在注塑成型中,容易出现翘曲变形,无法满足现代建筑要求。结合工程经验和CAE技术,建立浇注系统和冷却系统。借助正交试验法对成型关键工艺参数进行优化设计,获得一组最优工艺参数。通过现场测试,结果表明模板的翘曲量得到控制,满足行业标准。
As an important construction tool, building template is used to ensure the flatness of the concrete wall. Because of the larger area and thickness wall of building template, it is easy to warp deformation, which unable to meet modern architectural requirements. Combination of engineering experience and CAE, the gating system and cooling system were established. Based on orthogonal experiment method, the key process parameters were optimized and the best process parameters were obtained. Through testing on the spot the results show that the warpage of the template is controlled and meets the requirements of industry standards. [ Ch, 11 fig. 6 tab. 9 ref. ]
出处
《轻工机械》
CAS
2012年第6期5-9,共5页
Light Industry Machinery
关键词
建筑模板
翘曲变形
正交优化
CAE技术
building template
warpage deformation
orthogonal optimization
computer aided engineering（CAE）
