Utilization of Ultra High Performance Concrete for Offshore Applications.

超高性能纤维混凝土（UHP-FRC）的发展被认为是结构工程材料应用中最有前途的技术进步之一。这种新材料具有卓越的机械和耐用性。利用纳米技术的颗粒填充概念更进一步生产出这种混凝土。这种新型混凝土的延展性、抗冲击性和能量吸收能力增强，使其成为高抗力结构的理想材料。本研究主要针对混凝土板在静态与冲击荷载作用下的受力特性进行研究。薄板的使用可以用作海上和核安全壳结构等大型重要结构的混凝土模板，或者可以连接到建筑物外部面板，以在未来生产更安全更可持续的结构屏蔽。

The development of Ultra High Performance Fiber Concrete (UHP-FRC) is deemed as one of the most promising technological advances in material applications suitable for structural Engineering. The new material exhibits exceptional mechanical and durability properties. Concepts of particle packing using nanotechnology have been taken one step further to produce it. The enhanced ductility, impact resistance and energy absorption capacity of the new concrete makes it an ideal material for use in high resistance structures. The present research investigation will be focused on studying the concrete plate under static and impact loading. The use of thin plate can be used as a concrete form for thick mega important structures like offshore and nuclear containment structures or it can be attached to building exterior panels to produce safer more sustainable structural shield in the future.