Solution of Linear Volterra Integral Equation of Second Kind via Rishi Transform.
S Aggarwal, R Kumar… - Journal of Scientific …, 2023 - search.ebscohost.com
The solution of various problems of engineering and science can easily determined by
representing these problems in integral equations. There are numerous analytical and …
representing these problems in integral equations. There are numerous analytical and …
Stability and Bifurcation Analysis of Tumor–Macrophages Response Model and Inhibitory Role of Treg Cells
In this research paper, we propose a four-dimensional tumor–macrophages response model
to study the role of Treg cells in the growth and dynamics of the model. The system of four …
to study the role of Treg cells in the growth and dynamics of the model. The system of four …
Exact solution of non-linear Volterra integral equation of first kind using Rishi transform
S Aggarwal, R Kumar, J Chandel - Bulletin of Pure & Applied …, 2022 - indianjournals.com
The problems of Engineering and Science can easily represent by developing their
mathematical models in the terms of integral equations. Various analytical and numerical …
mathematical models in the terms of integral equations. Various analytical and numerical …
Stability and bifurcation analysis of fractional‐order tumor–macrophages interaction model with multi‐delays
A Padder, FZ Mokkedem… - Mathematical Methods in …, 2024 - Wiley Online Library
In the realm of modeling biological systems with memory, particularly those involving
intricate interactions like tumor‐immune responses, the utilization of multiple time delays …
intricate interactions like tumor‐immune responses, the utilization of multiple time delays …
Mathematical analysis of fractional order Tumor-Immune Response Model via an efficient computational technique
A mathematical description of the tumor-immune response model using the Caputo
fractional order derivative operator (CFD) is described in this research paper. Four distinct …
fractional order derivative operator (CFD) is described in this research paper. Four distinct …
ANALYSIS OF TUMOR-IMMUNE RESPONSE MODEL BY USING CONFORMABLE FRACTIONAL ORDER DERIVATIVE.
In this research paper, the authors propose a generalized three-dimensional fractional order
tumor-immune response model. The generalization of the model is made by introducing …
tumor-immune response model. The generalization of the model is made by introducing …
[PDF][PDF] Dynamical Analysis of Tumor-Immune Interaction Model with Nonlinear Activation Rate.
In this research work, we study the dynamical behavior of the proposed model representing
three cell populations (tumor cells and two types of macrophage cells) and the nonlinear …
three cell populations (tumor cells and two types of macrophage cells) and the nonlinear …
Modal and Spectrum Analysis of Vibration-Free Transportation System Using Finite Element Analysis
SM Kumar, VA Nagarajan, S Iyyappan - Journal of Scientific …, 2024 - banglajol.info
The transportation trailer system comprises numerous delicate components that require
careful handling throughout transit. During transportation, the system is subjected to …
careful handling throughout transit. During transportation, the system is subjected to …
Mathematical Analysis of Fractional Diabetes Model via an Efficient Computational Technique
Diabetes is referred to a chronic metabolic disease signalized by elevated levels of blood
glucose (also known as blood sugar level), which results over time in serious damage to the …
glucose (also known as blood sugar level), which results over time in serious damage to the …
[PDF][PDF] Stability and Bifurcation Analysis of Generalized Discrete-Time Tumor Model
A Padder, AK Afroz - 2022 - researchgate.net
In this research work, we propose a generalized three-dimensional tumor model with
nonlinear activation (recruitment) rate. The proposed model is transformed into its discrete …
nonlinear activation (recruitment) rate. The proposed model is transformed into its discrete …