8 research outputs found
Dominant Energy Condition and dissipative fluids in general relativity
Full text linkExisting literature implements the Dominant Energy Condition for dissipative
fluids in general relativity. It is pointed out that this condition fails to
forbid superluminal flows, which is what it is ultimately supposed to do.
Tilted perfect fluids, which formally have the stress-energy tensor of
imperfect fluids, are discussed for comparison.Comment: Corrected typographical error in Eq. (31). Matches the version to
appear in Gen. Relativ. Gravi
Approximate Controllability of Finite Delay Fractional Functional Integro-Differential Equations with Nonlocal Condition
No full textExistence of Solutions and Approximate Controllability of Fractional Nonlocal Stochastic Differential Equations of Order 1 < q †2 with Infinite Delay and Poisson Jumps
No full text
New MonchâKrasnoselâskii type fixed point theorems applied to solve neutral partial integrodifferential equations without compactness
No full text
