In this paper, we investigate the condition
for some, and, where, and is the first eigenvalue of the discrete p-Laplacian . Using this condition, we obation blow-up solutions to discrete p-Laplacian parabolic equations
on a discrete network S, where denotes the discrete p-normal derivative. Here and are nonnegative functions on the boundary as of S with . In fact, we will see that condition improves the conditions known so far.
In this paper, we investigate the condition
for some, and, where, and is the first eigenvalue of the discrete p-Laplacian . Using this condition, we obation blow-up solutions to discrete p-Laplacian parabolic equations
on a discrete network S, where denotes the discrete p-normal derivative. Here and are nonnegative functions on the boundary as of S with . In fact, we will see that condition improves the conditions known so far.