The transformation of a liquid propellant into a semi-solid gel state paves way for
energetically improved, reliable, safer, and possibly green futuristic propellant for rocket and …

With the increasing demand for high-performance and safe fuels in aerospace propulsion
systems, gelled fuels have attracted increasing attention. Because of their unique structure …

ABSTRACT A high-energy metal has been identified as a possible supplementary energy
source for liquid fuel, which can be used to fuel volume-limited propulsive devices. However …

Direct numerical simulations of viscoelastic, subdiffusive, and plane Poiseuille flow,
representing thick polymer solutions including polymer melts, flows of liquid crystals, as well …

A method of preparing oil-filled cryogels on the basis of an aqueous solution of poly (vinyl
alcohol)(PVA) has been elaborated. The stability of primary oil emulsions and their …

Gelled fuels are the very promising propellants for new-generation rocket and ramjet
propulsion. Here we report a new type of low-molecular mass organic gellant (Z), and …

The gel network structure filled with attractive nanoparticles (NPs) significantly affects the
viscoelasticity of the nanocomposites, which is poorly understood and troubles industrial …

Using the results of previous experimental research by means of high-speed video
recording, a mathematical model of ignition was developed for a typical gel fuel particle …

The temporal and spatiotemporal linear stability analyses of viscoelastic, subdiffusive, plane
Poiseuille flow obeying the Fractional Upper Convected Maxwell (FUCM) equation in the …

We present a theory to quantify the formation of spatiotemporal macrostructures (or the non-
homogeneous regions of high viscosity at moderate to high fluid inertia) for viscoelastic sub …