| عنوان البحث | ملخص البحث |
| On j-near concepts in rough sets with some applications | |
| Application of the Krylov-Bogoliubov-Mitropolski Technique for a Rotating Heavy Solid under the Influence of a Gyrostatic Moment | |
| Stability analysis of an acted asymmetric rigid body by a gyrostatic moment and a constant body-fixed torque | |
| Modification of the Large Parameter Approach for the Periodic Solutions of Nonlinear Dynamical Systems | |
| Analyzing the motion of a forced oscillating system on the verge of resonance | |
| Dynamical analysis of a rotating rigid body containing a viscous incompressible fluid | |
| Dynamical analysis of a damped harmonic forced duffing oscillator with time delay | |
| Sufficiently small rotations of Lagrange’s gyro | |
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Advanced investigations of a restricted gyrostatic motion | |
| Evaluation of the stability of a two degrees-of-freedom dynamical system | |
| Dynamical analysis of a vertical excited pendulum using He’s perturbation method | |
| Dynamical Stability of a 3-DOF Auto-Parametric Vibrating System | |
| The dynamical motion of a rolling cylinder and its stability analysis: analytical and numerical investigation
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| Studying the influence of external moment and force on a disc’s motion
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| The periodic solutions of a symmetric charged gyrostat for a slightly relocated center of mass
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| Existential properties of algebraic integrals of a rigid body
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| Modeling and stability analysis for the vibrating motion of three degrees-of-freedom dynamical system near resonance
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| Resonance in the cart-pendulum system—an asymptotic approach
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| Asymptotic analysis and numerical solutions for the rigid body containing a viscous liquid in cavity in the presence of gyrostatic moment
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| Modelling and analyzing the rotatory motion of a symmetric gyrostat subjected to a Newtonian and magnetic fields
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| The asymptotic solutions of the governing system of a charged symmetric body under the influence of external torques
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| The dynamical motion of a rigid body for the case of ellipsoid inertia close to ellipsoid of rotation
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| The dynamical motion of a gyroscope subjected to applied moments
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| On the motion of a pendulum attached with tuned absorber near resonances
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| Substantial condition for the fourth first integral of the rigid body problem
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| The necessary and sufficient condition for the stability of a rigid body Stability of a rigid body
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| On the Motion of a Gyro Close to Kovalevskaya's Case
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| A study on the dynamical behavior of a rigid body suspended on an elastic spring
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| On the harmonic oscillations for the motion of a dynamical system
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| On the motion of a flywheel in the presence of attracting center
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| The Rotational Motion of a Symmetric Rigid Body Similar to Kovalevskaya’s Case
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| On j-near closure operators induced from relations and its applications
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| Stability analysis for travelling wave solutions of the Olver and fifth-order KdV equations
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| Lowering critical temperature in the extended quark sigma model at finite temperature
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| The Spinning Motion of a Gyrostat under the Influence of Newtonian Force Field and a Gyrostatic Moment Vector
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| Application of the Krylov-Bogoliubov-Mitropolski technique for a rotating heavy solid under the influence of a gyrostatic moment
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| The Rotation Motion of Rigid Body About A Fixed Point under The Action of Attracting Center
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| The Rotation Motion of Rigid Body About A Fixed Point under The Action of Attracting Center
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| Stability analysis of an acted asymmetric rigid body by a gyrostatic moment and a constant body-fixed torque | |
| Stability and analysis of the vibrating motion of a four degrees-of-freedom dynamical system near resonance | |
| Analyzing the Stability of a Connected Moving Cart on an Inclined Surface with a Damped Nonlinear Spring | |
| Evaluating the motion of a charged solid body having a globular cavity | |
| Modeling analysis on the influence of the gyrostatic moment on the motion of a charged rigid body subjected to constant axial torque | |
| Modeling of the Euler-Poisson Equations for Rigid Bodies in the Context of the Gyrostatic Influences: An Innovative Methodology | |
