Blow Up of Solutions for a Viscoelastic System with Damping and Source Terms in IRn

For certain boundary blow-up problems on bounded, strongly pseudoconvex domains in C n with smooth boundary an estimate of the blow-up rate of solutions are given in terms of

In order to access sustainable possibilities that could improve life in the country, the generation of clean decentralized energy and the guarantee of food security in Brazil

What makes the problem to be dis- cussed interesting is the fact that, due to several phys- ical considerations, the linear damping which is dis- tributed everywhere in the domain

By constructing a new auxiliary function and using Hopf’s maximum principles, we obtain the existence theorems of blow-up solutions, upper bound of blow-up time, and upper estimates

We prove a new finite time blow-up result for compactly supported initial data with non-positive initial energy as well as positive initial energy by using the modified energy

Recently, Zero emission buildings (ZEB) and Net-Zero Emission Buildings (NZEB) further push the energy performance with the same system boundary of operational energy by achieving

(2) Demand for electricity, for domestic lighting, for urban and regional passenger transport, and for goods transport, for irrigation and exogenous demand < supply from coal,

The first part, below, describes the regional energy demand data that is required as input to the model, followed by a section describing the methodology to calculate the