Understanding and characterisation of the pyrolysis and burning behaviour of flame
retardant (FR) polymers are essential towards optimising the end-product in terms of …

Blending hydrogen into methane impacts flame stability, morphology, and pollutant
emissions. This study, set against the backdrop of hydrogen-enriched natural gas …

Chemical warehouses are one of the important sources in process units. Locations are one
of the issues that should be investigated in closed environments due to the many types of …

Compartment fires, such as those occurring in buildings and confined spaces, impose
modeling challenges due to the complexity of turbulent flows, combustion, and radiative heat …

The understanding of the cockpit environment with regard to air quality and contaminant
suspension is currently very limited. With the escalating concerns of pilots' health and flight …

With the increasing demand for energy capacity and power density in battery systems, the
thermal safety of lithium-ion batteries has become a major challenge for the upcoming …

Given the growing demand for increased energy capacity and power density in battery
systems, ensuring thermal safety in lithium-ion batteries has become a significant challenge …

Considering the safety and flashback problems of hydrogen-fueled micro power generation
using premixed combustion for thermophotovoltaic applications, we focused on non …

In recent years, the utilisation of bio-based materials in flame retardants (FRs) has been
widely advocated due to significant recyclability, flame retardancy and cost-effectiveness …

Mixed convection turbulent flows of liquid metal flowing through horizontal channel with
varying Richardson number is studied using DNS. Fluids with Re b= 4667 and Pr= 0. 025 …