Dergiler / Mathematical and Computational ApplicationsMathematical and Computational ApplicationsFenMathematical and Computational ApplicationsBilimsel Araştırmalar Derneği · Fen > Temel BilimlerKapsam belirtilmemişDerginin web sitesiKaydetKarşılaştırGenel bakışSayılarYazarlar içinİndeksler ve metrikler2006 · Cilt: 11 - Sayı: 2MakaleYazarSayfaSobolev's method for Hammerstein integral equationsA. A. EL-BARY91–94Sobolev's method for Hammerstein integral equationsA.A. EL-BARY91–94Propagation of cylindrical shock waves in a non-uniform, rotating stellar atmosphere under the action of monochromatic radiation and gravitationShilpa SHINDE95–102Thermal shock problem for one dimensional generalized thermoelastic layered composite materialA. A. EL-BARY,H. M. YOUSSEF103–110A classification methodology for color textures using multispectral random field mathematical modelsAlireza KHOTANZAD,Jesse W. BENNETT,Orlando J. HERNANDEZ111–120Sensitivity analysis of general mixed multivalued mildly nonlinear variational inequalitiesSALAHUDDIN121–125On the numerical solution of the incompressible Navier-Stokes equations in primitive variables using grid generation techniquesS. A. SALEM127–136A comparison between active and passive vibration control of non-linear simple pendulum Part I: Transversally tuned absorber and negative $G\varphi^n$ feedbackM. EISSA,M. SAYED137–149A comparison between active and passive vibration control of non-linear simple pendulum Part I: Transversally tuned absorber and negative $Gvarphi^n$ feedbackM. EISSA, M. SAYED137–149A comparison between active and passive vibration control of non-linear simple pendulum part II: Longitudinal tuned absorber and negative $G\ddot{\varphi}$ and $G\varphi^n$ feedbackM. EISSA,M. SAYED151–162A comparison between active and passive vibration control of non-linear simple pendulum part II: Longitudinal tuned absorber and negative $Gddot{varphi}$ and $Gvarphi^n$ feedbackM. EISSA, M. SAYED151–162