# Search results

Mathematical Methods in the Applied Sciences > 44 > 17 > 13421 - 13447

Mathematical Methods in the Applied Sciences > 44 > 1 > 820 - 852

*ε*and a new class of nonlinearities, which have no restriction on the upper growth of the nonlinearity. Under a general assumption on the memory kernel

*κ*and for a very large class of nonlinearities, we prove the...

Boundary Value Problems > 2019 > 2019 > 1 > 1-22

Mediterranean Journal of Mathematics > 2019 > 16 > 3 > 1-21

Revista Matemática Complutense > 2019 > 32 > 3 > 681-730

Journal of Inequalities and Applications > 2019 > 2019 > 1 > 1-23

Numerical Algorithms > 2019 > 82 > 4 > 1221-1250

Science China Mathematics > 2018 > 61 > 8 > 1473-1480

*C*

^{∞}(Ω) ∩

*C*(Ω̅). We also obtain the local

*C*

^{1/2}-estimate up to the

*∂*Ω and...

Applied Numerical Mathematics > 2018 > 126 > C > 34-52

Journal of Computational Physics > 2018 > 354 > C > 692-716

Mathematical Methods in the Applied Sciences > 41 > 1 > 371 - 385

Journal of Computational Physics > 2017 > 349 > C > 474-500

Environmental Science and Pollution Research > 2017 > 24 > 34 > 26424- 26435

Journal of Mathematical Analysis and Applications > 2017 > 450 > 2 > 1180-1207

2017 IEEE MTT-S International Microwave Symposium (IMS) > 1902 - 1905

International Journal for Numerical and Analytical Methods in Geomechanics > 41 > 8 > 1108 - 1124

Journal of Computational Physics > 2017 > 331 > C > 257-279

Computers & Mathematics with Applications > 2017 > 73 > 4 > 684-700

Mathematical Methods in the Applied Sciences > 40 > 3 > 796 - 802

*u*|

^{q − 1}

*u*+

*f*(

*x*,

*t*), with $q>\frac{N}{N-2}$,

*N*> 2. We show that there exists a unique time periodic solution when the source term

*f*is small. In fact, $\frac{N}{N-2}$ is a critical exponent; when $1<q\le \frac{N}{N-2}$, there...