Show: 25 50 75 100 Results

Search results: 6 out of 6

دراسة نظرية الاستقرارية للنظم الديناميكية العشوائية == Study of Stability Theory for Random Dynamical Systems

Author name: محمد شنان عمران
Supervisor name: احسان جبار كاظم
General topic: Mathematics
Specific topic: Dynamic Systems
Degree: Master
University: University of Al-Qadisiyah - College Of Science - Department Of Mathematics
Language: English
University location: Qadisiyah
First pages:

دراسة التظليل في النظم الديناميكية المتسقة == A Study of Shadowing in Uniform Dynamical Systems

Author name: الاء سعيد عبود جودة
Supervisor name: احسان جبار كاظم
General topic: Mathematics
Specific topic: Dynamic Systems
University: University of Al-Qadisiyah - College Of Science - Department Of Mathematics
Language: English
University location: Qadisiyah
First pages:

تحليل الجريان على الهايدروديناميكا الممغنطة للانتقال التمعجي لمائع جيفري خلال قناة مسامية == Flow Analysis of Magnetohydrodynamic Peristaltic Transport for Jeffrey Fluid Through Porous Medium

Author name: احمد عظيم حسين العارضي
Supervisor name: ضياء غازي صالح الخفاجي
General topic: Mathematics
Specific topic: Dynamic Systems
Degree: Master
University: University of Al-Qadisiyah - College Of Computer Science And Information Technology - Department Of Mathematics
Language: English
University location: Qadisiyah
First pages:

واجهات تبولوجيه للسلوكيات المحاذية للنظم الديناميكية العشوائية == Topological Aspects of Asymptotic Behaviors of Random Dynamical Systems

Author name: سندس طالب محسن
Supervisor name: احسان جبار كاظم
General topic: Mathematics
Specific topic: Dynamic Systems
Degree: Master
University: University of Al-Qadisiyah - Faculty of Computer Science and Mathematics - Department Of Mathematics
Language: English
Full text from the source: http://qu.edu.iq/repository/wp-content/uploads/2019/03/2_5287740469550252926-1.docx
University location: Qadisiyah
First pages:

تاثير انتقال الحرارة على الهايدروديناميكا الممغنطة لتدفق متذبذب لمائع ويليامسون خلال قناة == Influence of Heat Transfer on Magnetohydrodynamics Oscillatory Flow of Williamson Fluid in a Channel

Author name: وسام صادق خضير
Supervisor name: ضياء غازي صالح الخفاجي
General topic: Mathematics
Specific topic: Dynamic Systems
Degree: Master
University: University of Al-Qadisiyah - Faculty of Computer Science and Mathematics - Department Of Mathematics
Language: English
University location: Qadisiyah
First pages:

تحليل الهايدروديناميكا الممغنطة للتدفق التمعجي للاجهاد المزدوج لمائع جيفري خلال قناة == Analysis of Magnetohydrodynamics Peristaltic Flow of a Couple . Stress for Jeffrey Fluid through Channel

Author name: سماح فاضل جابر الخليفاوي
Supervisor name: ضياء غازي صالح الخفاجي
General topic: Mathematics
Specific topic: Dynamic Systems
Degree: Master
University: University of Al-Qadisiyah - College Of Science - Department Of Mathematics
Language: English
University location: Qadisiyah
Abstract: Abstract
For this thesis, we were researching one non-Newtonian fluid type, (Jeffrey fluid). Were taken into account and analyzed. Two issues were found, and solving these issues were found using different methods.
The second chapter, we investigate effects magnetohydrodynamics (MHD) of the couple stress and unsteady flow of incompressible Jeffrey fluid of variable temperature within cylindrical channel with porous. The problem at hand is formulated under long wavelengths and low approximations of Reynolds number. It derives the temperature, pressure gradient and volume flow rate. Each problem's momentum equation is a differential non-linear equation, which is resolved with Bessel functions, we discussed by using graphs the speed and temperature range.
The third chapter, we investigate effects magnetohydrodynamics (MHD) of the couple stress and unsteady flow of incompressible Jeffrey fluid through a cylindrical porous channel of various temperature and concentration. Our problem at hand is formulated under long wavelengths and low approximations of Reynolds number. Temperature, concentration, gradient strain, and flow rate of volume are obtained. Momentum equation consider a non-linear differential equation, which is solved with Bessel functions, we discussed the speed, temperature and concentration using graphs.
The forth chapter, the comparison between MHD peristaltic flow of the couple stress for Jeffrey fluid with or without concentration for both the second and third chapter.
Summary:
References: