Koneru Lakshmaiah Education Foundation | India
Dr. a. sreenivasulu is an assistant professor of mathematics at Koneru lakshmaiah education foundation, India, with a specialization in dynamical systems on time scales. he earned his b.sc from Sri Venkateshwara University, followed by m.sc in mathematics from osmania university, and a ph.d. in applied mathematics, where his thesis explored first-order matrix sylvester and volterra integro-dynamic systems on time scales. over his more than ten years of teaching and research experience, he has taught a broad suite of courses- engineering mathematics, numerical analysis, operations research, partial differential equations, probability & statistics, etc. Across several institutions. his research output includes 12 published documents dealing with stability, controllability, observability, periodic and impulsive behaviour of matrix sylvester and volterra integro-dynamical systems. according to google scholar, his works have been cited 18 times, giving him an h-index of 3, with notable contributions such as “stability criteria for nonlinear volterra integro-dynamic matrix sylvester systems on measure chains” cited up to eight times across sources, and “exponential stability of volterra integro-dynamic sylvester matrix system on time scales” already attracting citations. his scholarly identifiers include orcid, scopus author id, wos id, and vidwan id, and his ongoing work continues to enhance the scope of applied mathematics in interdisciplinary domains.
Profiles: Scopus | Orcid
Featured Publications
"Controllability for Volterra Integro-Dynamic Sylvester Matrix Systems with Impulse on Time Scales"
"Exponential Stability of Volterra Integro-Dynamic Sylvester Matrix System on Time Scales"
"Periodic and Pseudo Periodic Solutions for Matrix Sylvester Dynamic System on Measure Chains"
"Unstationary Viscoelastic MHD Flow of Walters-B Liquid through a Vertical Porous Plate with Chemical Reactions"
"Periodic Solution for Almost Linear Volterra Integro-Dynamic Matrix Sylvester System on Measure Chains"