Fabrication of TRIP-Matrix composites using slip casting processes (A01)

在子项目A1中，将开发金属陶瓷纸和纤维增强纸，随后形成瓦楞纸。采用冷陶瓷连接技术将平面纸与瓦楞纸结合成宏观结构。烧结后对结构的力学性能进行表征。所探索的连接技术还将用于制造基于全层、空心和梯度层珠的不同宏观结构，随后将对其力学性能进行表征。此外，还将研究火焰喷涂技术在金属TRIP-steel衬底上沉积可相变ZrO2的技术

Within subproject A1 metallo-ceramic paper as well as fiber reinforced paper will be developed and subsequently formed into a corrugated paper. Using cold ceramic joining technology the flat and corrugated papers will be combined to macrostructures. After sintering the mechanical properties of the structures will be characterized. The explored joining technology will also be used for the fabrication of different macrostructures based on full, hollow as well as graded layer beads, whose mechanical properties will be characterized afterwards. Furthermore, the technology of flame spraying will be investigated to deposit layers with phase transformable ZrO2 onto metallic TRIP-steel substrates