@article{Jonathan Osang_Egor, A. O._Isreal Cookey C._Uquetan U. I._Adedokun I. O._Nwanchukwu N. C._Ibor I. E_2020, title={Hydrodynamics Model of Temperature Variation due to Gas Flaring activities in some parts of Niger Delta Area of Nigeria}, volume={5}, url={https://purkh.com/index.php/tophy/article/view/721}, abstractNote={<p>This research is investigating the Hydrodynamics Model of Temperature Variation due to Gas Flaring activities in some parts of Niger Delta Area of Nigeria. The unsteady flow of radiative heat flux is represented using mathematical techniques to model the basic equations of fluid in motion by radiative transfer process using general differential forms. Laplace transform is used to obtain expressions for Temperature, Velocity, etc to solve problems of heat flow. The use the continuity, momentum, Navier-Stokes, Dasey and Energy equations is exploited. The results show that radiation parameter influences the variation of temperature distribution in the environment.</p>}, journal={To Physics Journal}, author={Jonathan Osang and Egor, A. O. and Isreal Cookey C. and Uquetan U. I. and Adedokun I. O. and Nwanchukwu N. C. and Ibor I. E}, year={2020}, month={Apr.}, pages={113-122} }