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KHALIL MOHAMED SHALABY

Assistant Professor

KHALIL MOHAMED SHALABY
6876
kmshalaby@ju.edu.sa
Information Technology - College of Applied
Collage
College of Applied
الكلية التطبيقية
Department
Information Technology
تقنية المعلومات
Researches
10
10
Page Visits
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Current courses

Recent courses

Fm researches

Last Researches

Micropolar viscoelastic nanostructures subjected to laser-induced heat flux using the modified higher-order thermoelasticity model incorporating phase delay effects
KHALIL MOHAMED KHALIL SHALABY
A new fractional viscoelastic model for an infinitely thermoelastic body with a spherical cavity including Caputo-Fabrizio operator without singular kernel
KHALIL MOHAMED KHALIL SHALABY
Advanced thermoelastic heat conduction model with ?two fractional parameters and phase-lags
KHALIL MOHAMED KHALIL SHALABY

fm info

Researches

Micropolar viscoelastic nanostructures subjected to laser-induced heat flux using the modified higher-order thermoelasticity model incorporating phase delay effects
KHALIL MOHAMED KHALIL SHALABY
A new fractional viscoelastic model for an infinitely thermoelastic body with a spherical cavity including Caputo-Fabrizio operator without singular kernel
KHALIL MOHAMED KHALIL SHALABY
Advanced thermoelastic heat conduction model with ?two fractional parameters and phase-lags
KHALIL MOHAMED KHALIL SHALABY
Thermoelastic responses in rotating nanobeams with variable physical properties due to periodic pulse heating
KHALIL MOHAMED KHALIL SHALABY
Thermoelastic Vibrations of Nonlocal Nanobeams Resting on a Pasternak Foundation via DPL Model
KHALIL MOHAMED KHALIL SHALABY
Generalized thermoviscoelastic novel model with different fractional derivatives and multi-phase-lags
KHALIL MOHAMED KHALIL SHALABY
Thermoelastic Processes by a Continuous Heat Source Line in an Infinite Solid via Moore-Gibson-Thompson Thermoelasticity
KHALIL MOHAMED KHALIL SHALABY
A generalized heat conduction model of higher-order time derivatives and three-phase-lags for non-simple thermoelastic materials
KHALIL MOHAMED KHALIL SHALABY
Thermoelastic response of a rotating hollow cylinder based on generalized model with higher order derivatives and phase-lags
KHALIL MOHAMED KHALIL SHALABY
Generalized thermoelastic-diffusion model with higher-order fractional time-derivatives and four-phase-lags
KHALIL MOHAMED KHALIL SHALABY

Experience

Lecturer
Benha University, Egypt
2013 - 2017
Teaching Assistant
Benha University, Egypt
1998 - 2003
Assistant Professor
Jouf University, Kingdom of Saudi Arabia
2017 - 2025
Assistant Lecturer
Benha University, Egypt
2003 - 2013

Certifications

Bachelor's Degree
1993 - 1997

Education

M.A.
Benha University - Faculty of Science
2003 - 2000
Ph.D.
Benha University, Egypt - Faculty of Science
2013 - 2007
BA
Benha University, Egypt - Faculty of Science
1997 - 1993
Contact