The increasing costs and strong worldwide demand for petroleum and the adverse environmental impact of the consumption of nonrenewable

Methodology is developed for the comprehensive analysis and quantification of energy utilization in chemical rockets, based on the

The goal of this study is to investigate the chemical constituents and rheological properties of three different binders used in the

Since World War II, the military has sought methods for rapid stabilization of weak soils for support of its missions worldwide. Over

Anti-icing chemicals are commonly used to protect against hoar frost formation on roadways and bridges. Because of their negative impact

Lime and cement are widely used in stabilization and improvement of the expansive subsoils that support pavement infrastructure. In this

A comprehensive understanding of the chemical parameters effect can greatly aid in selecting the most compatible

In this work, the stability of Mach 20 flows past a 6 deg wedge in thermal–chemical nonequilibrium (TCNE) is studied by means of linear

The accuracy and sensitivity of plasma generation predicted by several different chemical kinetics models is investigated in the context

A conservative representation of a chemical explosive mode analysis is formulated for flame diagnostics in compressible reactive flows

Departures from thermal, chemical equilibrium of a plasma flow in a low-power arcjet thruster with a 1:2 nitrogen/hydrogen mixture as

There is increasing interest in the use of chemical treatments to reduce maintenance and gravel replacement on gravel roads. However

The microstructure and chemical composition of asphalt binders have a significant effect on their rheological properties and, therefore

The erosion of rocket-nozzle ablative thermal protection materials during the solid-rocket-motor burning time needs to be accounted for