First and Second Order Necessary Conditions of Optimality for Impulsive Control Problems constraints. An important feature of our result is that the conditions remain informative even for abnormal
Two Fluids in f(T) Gravity with Observational Constraints the framework of the f(T)
theory of gravity. Bianchi type-I is an immediate generalization of the Friedmann
Penalty Method for Games of ConstraintsPenalty Method for Games of
Constraints Sensitivity theory for abnormal optimization problems with equality constraints regularity condition for
constraints is considered. A rather complete local sensitivity
theory is developed
Necessary optimality conditions without a priori normality assumptions-degeneracy of
constraints) they remain informative (not degenerate). A typical example for such type of optimization problem
Observational constraints on quark and strange quark matters in f(R,T) theory of gravity matter with the help of f(R,T)
theory of gravity. To find solutions for this type of space–time, we
Application of Baumgarte Constraint Stabilization to Inverse Dynamical Problem equations. But only a few problems can be solved analytically. Basically, the quantity
theory of ordinary
Determination of electronic chemical potential within density functional theoryThe Donnelly-Parr version of the density-matrix functional
theory [R.A. Donnelly, R.G. Parr, J