Titlebook: IUTAM Symposium on Smart Structures and Structronic Systems; Proceedings of the I U. Gabbert,H. S. Tzou Conference proceedings 2001 Springe

不能仁慈

Bio-Inspired Study on the Structure and Process of Smart Materials and Structures,its ability for regeneration. The organism itself can repair a fracture after the injury occurs. The purpose of our work is to investigate their structural and functional features and apply them to the design and manufacturing of advanced smart materials [.][.].

导师

The Role of Thermomechanical Coupling in the Dynamic Behavior of Shape Memory Alloys,damping materials and Clark et al [.] demonstrated the feasibility of the concept for a Nitinol wire device. Potential applications are seen for example in civil structures like buildings and bridges needing an efficient seismic base isolation, see Wilde . [.].

Ruptured-Disk

长矛

Prediction of Effective Stress-Strain Behavior of SM Composites with Aligned SMA Short-Fibers,hite et al[.] had discussed some technical details of such applications. The use of shape memory alloys as sensors may be related to the dependence of their properties on the martensite fraction. Conversely, the use of SMA fibers as distributed micro-actuators is also very attractive because of the relatively high strains that can be generated.

晚来的提名

genuine

虚度

小淡水鱼

秘密会议

MAO Technology of New Active Elements Reception,Modern technologies create opportunities for the development and creation of new active materials and adaptive constructive elements. This report is devoted to the use of microarc oxidation (MAO) technology [.] for creation of a new generation of active elements.

寒冷

Modeling and Numerical Simulation of Shape Memory Alloy Devices Using a Real Multi-Dimensional ModeIt is well known for some years that Shape Memory Alloys (SMAs) have great potential in a wide range of applications. The commercial market of SMA based devise is expanding very quickly in the past few years.