New design The new background for ResearchIC website, also for ResearIC Twitter, ResearchIC LinkedIn, and ResearchIC Reddit, designed by Affinity Designer. Website, LinkedIn Home, Twitter Reddit Did you find this page helpful?
New design The new logo for ResearchIC website, also for ResearIC Twitter, ResearchIC LinkedIn, and ResearchIC Reddit, designed by Affinity Designer. Website, LinkedIn Home, Twitter Reddit Did you find this page helpful?
Coupled mechanical-thermal damage of epoxy Numerical analyses of Ti particle deposited on the CFRP substrate with epoxy fractured due to shear damage. SHRCRT, Shear damage initiation criterion. 0 means damage initiation, 1 means total damaged, material lose its loading capacity.
Thermal camera The temperature distribution of cold sprayed Sn coating on the CFRP substrate, monitored by an in-suit thermal camera instantaneously. Surface erosion Surface erosion occurs at the central spraying path, bumpy deposits appear, and epoxy fracture and degradation.
I’m delighted to announce that I have joined the 2nd International Workshop on Plasticity, Damage, and Fracture of Engineering Materials (online). I’m proud to be at this workshop, sharing our group’s work of metallization of CFRP composites by cold spray.
Institute for Materials Research (金属材料研究所, Kinzoku zairyō kenkyūsyo), abbreviated IMR or Kinken (金研, Kinken), is a research institute for material sciences in the Tohoku University, Japan. It is one of the most advanced research organization in the world.
I’d like to present the Personal Multi-function Disaster Mitigation Device Fabricated by Electron Beam Powder-bed Additive Manufacturing. Japan is a country with frequent earthquakes. The original intention of our team to design this multi-function disaster mitigation device was to provide a guarantee for people in the event of a disaster.