CRC-P Next Generation Pultrusion Processes

The data in this collection includes the experimental and numerical results on optimising the novel pultrusion processes. By using a holistic engineering approach the research team hope to optimise the existing composite pultrusion process for increased productivity and further develop novel value-added products such as, fire retardant civil structures to be used in rail and pedestrian bridges. This project will enable Wagners to optimise the pultrusion process for higher productivity so that Wagners can stay competitive not only in Australia, but in a global market. It also ensures manufacturing is leading edge and innovative right here in regional Queensland.

本数据集收录了新型拉挤成型（pultrusion）工艺优化相关的实验与数值计算结果。研究团队采用整体工程方法，旨在优化现有复合材料拉挤成型工艺以提升生产效率，并进一步开发新型高附加值产品，例如可应用于铁路及人行桥梁的阻燃型土木结构构件。
本项目将助力瓦格纳（Wagners）优化拉挤成型工艺以提升生产效率，使其不仅能在澳大利亚本土市场保持竞争力，更能立足全球市场。同时，该项目也能保障昆士兰州偏远地区的制造业始终处于前沿创新水平。