(Kanagawa) -(2001) [1] The non-destructive test of the compound structure (a building, elevated, tunnel) which consisted of concrete and metal, degradation diagnosis, crash omen diagnosis. [2] Patent application / patent specification data creation, liaison support. [3] Offer of local weather bulletins, such as an attack of a thundercloud, and rain. (non-destructive test, patent, weather report, concrete, lifetime, break down, estimate, building)
(Tokyo) -(2001) EDDIO has enjoyed uninterrupted prosperity as a leading manufacturer in the field of Non-destructive testing system, the Eddy Current Tester by electromagnetic induction method and Magnetic Flus Leakage Tester on the automatic detection inline system, and is contributing to the development of the industrial world widely. (EDDIO, Corporation, Eddy, Current, Tester, non, destructive, Magetic, Flux, Leakage)
(Okayama) -(2000) ultrasonic inspection and NDI HomePage (pipe, ut, e-kensa)
(Osaka) -(2000) Constec Engi.Co. from Japan. (engineering)
(Osaka) -(2000) We have Microfocus x-ray TV system,Digital x-ray image system and Scan acoustic test system. (MicroFocus, X-ray, TV, System, Digital, image, Scan, Acoustic, Test, No-distractive)
(Aichi) -(1998) The research aim of this laboratory is to establish the effective utilization of bio-materials such as timber using physical and engineering methods. The research is developed mainly in the fields of timber engineering which covers the following three research areas: 1) Utilization system and evaluation for biomaterials as an echo-material: The study on application of fracture mechanics to biomaterials is performed to investigate the mechanism of deformation in such materials as a honeycomb structure, by using a fractography and AE method for example. In this area, acoustoelasticity of wood and biomaterials is also investigated to apply the phenomenon for the determination of stress conditions of these materials. 2) Structural performance and design methods for timber structures: The studies on development of a rigid frame construction and establishment of the limit state design method for timber structures are currently in progress. 3) Evaluation of the space environment surrounded by a biomaterial: Japanese traditional timber constructions are structurally analized and investigated with special concern with their historical and climatic backgrounds. (wood, timber, honeycomb structure, fractography, acoustoelasticity, AE, rigid frame construction, limit state design method, timber construction, nondestructive testing)
