On Non-existence of Global Weak-predictable-random-field Solutions to a Class of SHEs
E. M. Omaba, E. Nwaeze, L. O. Omenyi
Asian Research Journal of Mathematics · pp. 1–14 · Published 12 May 2017
10.9734/ARJOM/2017/33317Abstract
The multiplicative non-linearity term is usually assumed to be globally Lipschitz in most results on SPDEs. This work proves that the solutions fail to exist if the non-linearity term grows faster than linear growth. The global non-existence of the solution occurs for some non-linear conditions on σ. Some precise conditions for existence and uniqueness of the solutions were stated and we have established that the solutions grow in time at most a precise exponential rate at some time interval; and if the solutions satisfy some non-linear conditions then they cease to exist at some finite time t. Our result also compares the non-existence of global solutions for both the compensated and non-compensated Poisson noise equations.
Cited by 5
M. Omaba, C. Enyi · Partial Differential Equations in Applied Mathematics · 2021
M. Omaba · 2021
Erkan Nane, E. Nwaeze, M. Omaba · Statistics and Probability Letters · 2019
Xiangqian Meng, Erkan Nane · Fractional Calculus and Applied Analysis · 2019
Ejighikeme Mcsylvester Omaba · 2017
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