Activities
In today's world, the spotlight is now on the global environmental and resources problems. We have reached the point at which hard decision are required as to how we will shape our technological legacy and we will pass it on to the next generation.
In response to such demands, JUTEM/JUTEMI were established to gather the top-level facilities and researchers from around the world to engage in independent, or cooperative research. Their areas of focus range over the creation and evaluation of properties of the new materials in aero-space,energy and many other area.
The functions of Yamaguchi and Gifu center/institute are separated.Yamaguchi center/institute is in charge of materials development,and gifu center/institute is in charge of materials applicability evaluation.


JUTEM Activities Leasing of Facilities and Apparatus
Disclosure of informations/data
JUTEMI Activities Contracted Testing and Evaluation
Contracted Research and Cooperative Research


Technical development of ultra-high temperature materials are expected in various technical areas such as aerospace, energy,and transportation, and its wide applications will be extended over all industry fields.
These materials will include metals, ceramics, carbons, and composites of such materials.



Contracted Testing and Evaluation
1.Supercritical Systems and Materials for Aerospace Vehicles

2.Preliminary Experimentals of Heat Flux on Catalytic Wall (by National Space Development Agency of Japan-NASDA)

3.Contracted testing and Evaluation
Conracted Agency;RIMCOF
(R&D Institute of Metals and Composites for Future Industries)

(1)Mechanical Properties Testing at Elevated Temperature for Development of PMC (Polymer Matrix Composites) Data Base

・Preliminary Data Acquisition for Deterioration Mechanism
・Long Term Durability Test

(2)Mechanical Properties Testing at Elevated Temperature for Delopment of MMC(Metal Matrix Composites)Data Base

Testing Materials
・Continuous Fiber Reinforced Ti(SiC/Ti) Composites
・Particle Reinforced TiAl (TiB2/TiAl)Composites




Copyright 1997-2000 Japan Ultra-high Temperature Materials Research Center/Research Institute