This book explores Turkish military innovation since the Cold War. The major questions addressed are how Turkiye has been able to innovate, the production of new weapon systems, its philosophical background, how the country overcame bureaucratic and economic obstacles, and how these innovations resonated in military doctrine and organization. Focusing on two main defense industry projects that trigger an overall change in the military doctrine and organization, the text examines the innovative inclinations of the Turkish military realm and reveals the societal, economic and political consequences of military innovation. This book fills a gap in the literature by providing an interdisciplinary and comprehensive overview of Turkish military innovation. Contributors include those involved in and affected by the military innovation process, as well as scholars who monitor the process using primary sources. Military Innovation in Turkiye will appeal to academics, politicians and military professionals interested in understanding the evolution of the Turkish military.

This book is devoted to study multidimensional linear and nonlinear partial differential equations. Among several methods to deal with higher dimensional linear partial differential equations, the elegant method of Spherical Means has spacial importance since this method reduces the higher dimensional equations to the one dimensional radial equations of Euler-Poisson-Darboux type which are well studied. Although this method is applicable only to the linear differential equations, by some special transformations, like the Cole-Hopf transformation and the Backlaund transformation, exact solutions of multidimensional nonlinear partial differential equations of the Spherical Liouville, Sine- Gordon and Burgers type are constructed.