New models of charged anisotropic polytropes with radiation density

Incorporation of class I charged generalized polytropes with Karmarkar and complexity factor

“…To study the different physical features and characteristics of self gravitating sources, the idea of GPEoS [16][17][18][19][20][21][36][37][38], Karmarkar condition [27][28][29][30][31], complexity factor [32][33][34][35][36][37][38] and phenomena of charge [16,17,[22][23][24][25][26]35,38] It is made out that in Figs. 1 and 4 the value of mass v for case (1) and case (2) respectively in non isothermal regime behave in the same manner.…”

“…They also used GPEoS to analyze some mathematical models of COs with radiation factor for different values of polytropic index n and found that these models were physically feasible and well behaved. By using GPEoS and spherical symmetry, Mardan et al [20,21] developed new classes of mathematical models and investigated the radius-mass of compact stars. Electric charge plays an important role in the stability of stars under the strong gravitational field.…”

Development of complexity induced frameworks for charged cylindrical polytropes

“…We applied assumptions Eqs. (30,31) to establish the LEes for static charged cylindrical fluid distribution for two cases (1) mass density and (2) energy density to study the physical characteristics of GPs. The energy conditions under the influence of electromagnetic effect have also been studied for these two cases under same the assumptions.…”

Study of generalized cylindrical polytropes with complexity factor

“…They found exact solutions of field equations by taking different values of polytropic index n and analyzed some mathematical models which were found physically viable and well behaved. Mardan et al [29,30] established new classes of polytropic models using spherical symmetry and analyzed the mass and radius of different astronomical objects.…”