Large amounts of agri-food by-products, non-edible food, and waste are produced
throughout the supply chain from the initial production to the final consumption stages. The …

Our understanding of supercritical fluids has seen exciting advances over the last decades,
often in direct contradiction to established textbook knowledge. Rather than being …

Experimental, computational, and theoretical results have shown that the notion of a
homogeneous supercritical state space has to be replaced with distinct liquid-like and gas …

Polymer foams are extensively employed in automotive, flame retardant, and food
packaging owing to their lightweight, excellent insulation, high strength, thermal stability …

In propulsion and power systems, operating pressures are increasing to improve cycle
efficiency, often reaching conditions that approach or exceed the thermodynamic critical …

Among the three basic states of matter (solid, liquid, and gas), the liquid state has always
eluded general theoretical approaches for describing liquid energy and heat capacity. In this …

The laws governing the fluid structure transformation from a homogeneous state to the
special state in the critical region remain intriguing. In addition, there is a drastic change in …

The objective of this review in two parts is to present a compact overview of the development
of the solubility parameter\left (i\right) δ i concept: from the seminal work of van Laar in 1910 …

This paper introduces the hybrid ergodic lattice gas model as a conceptually simple,
computationally cheap, yet accurate model that predicts macroscopic fluid pressure along …

We present a probabilistic classification algorithm to understand the structural transition of
supercritical Lennard-Jones (LJ) fluid. The classification algorithm is designed based on the …