Full price
250 000$
Keywords
The self-organizational processes, the dissipative structures, the durability, the reliability, the energy load regimes, the percussive ultrasonic, the electromagnetic oscillations
Payment terms
According to the agreement of participants
Description
The self-organizational processes are initiated in constructional materials at extreme conditions of outward energy load with high-intensive streams use of different physical nature with the formation of new dissipative structures essentially improving quality material state. The complex energy working of constructional material at stage of nodes manufacturing will allow to increase their durability and reliability at exploitative conditions. The high-energy efficiency of self-organizational processes and reduced level of energy and substance outflow cause less process energy intensity as compared with traditional technologies, which provides the resource-saving and ecological cleanness of the technology. The development of technology is at laboratory researchers stage: the regime of complex energy load of aluminium-magnesium AMг6M alloy samples has been determine by experimental way, which has allowed to essentially increase time to material failure at creep (image 1 shows comparative assessment’s curves of control sample (1) and sample after energy working (2)). The regime of material working includes stretching and pressing loads, electromagnetic and percussive ultrasonic oscillations actions.