Fundamental pricing analysis of temperature related stalling derivatives of aerospace fibers

Abstract

Telecommunication has experienced a lot of explosion in bandwidth because of its capacity to transmit large data. Though, there are several cogent benefits, there are also prices like temperature rise during life-threatening events. Recent tragedy of China Eastern Airlines Boeing 737-800 plane that killed 133 passengers on board is a price of poor aerospace communication. The cut-off communication during stalling is connected with temperature rise in the OFT used without loss of generality. This article presents an OFT called the OWTOF with higher-than-expected temperature resistance especially when the lunch power increases the temperature at fusion point. Numerical approximation shows that the OWTOF is a significant improvement of the WTOF implying that real-time OWTOF could be the solution of stalling without loss of quality and speed.