Variational approach for a p-Laplacian boundary value problem on time scales
Published in Applicable Analysis, 2018
You-Hui Su, Zhaosheng Feng
Time scale calculus is an exciting mathematical theory which unites the two approaches of dynamic modeling: difference and differential equations. In many scientific fields, such as mathematical biology, and ecology, it can be used to model dynamic processes whose time domains are more complex than the set of integers (difference equations) or real numbers (differential equations) [1]. For example, time scale calculus is often used to model insect populations that are continuous now and then, and many follow a difference scheme with variable step size, that is, they die out in winter, while their eggs are incubating or dormant, and then hatch in a new season, giving rise to a non-overlapping population [2]. Hence, it has become a crucial role in various equations and systems arising in biology, entomology, astronomy, medical sciences, and economics [2–6].