As one of the effective way of smoke exhausting method, the lateral mechanical exhaust
system is gradually being adopted in more and more scenarios. While compared to the …

This study presents a 3D peridynamic (PD) model to simulate the pyrolysis process and
crack propagation of charring materials due to aerodynamic heating. The model is based on …

Considering the extensive application of wood materials in the construction and
manufacturing, waste wood has potential of converting into new natural energy sources. In …

Novel resin-based ablative materials are manufactured for the Thermal Protection System
(TPS) of hypersonic aircraft in recent years to adapt more extreme aerothermodynamic …

Biomass coupled with solar photothermal gasification technology is an efficient technology
using solar to provide energy by heat carrier for biomass gasification. However, the heat …

Consideration was given to the issue of the integrated evaluation of the flammable
properties and factors of wooden products (Oriented Strand Boards, OSB and Wood Particle …

Phenolic aerogel matrix nanocomposites are modified to improve their thermal stability and
oxidation resistance, while the pyrolysis behavior will become more complex. Herein, the …

The shear ablation behavior of liquid silicone rubber composites (LSRCs) was examined
using an oxyacetylene flame at different ablation angles and ablation distances …

Charring composites can provide the most efficient thermal protection shield for the thermal
protection system (TPS), which is essential for hypersonic reentry vehicles. It is of great …

This paper is a case study on a thermal protection system in a combustion chamber of a
ramjet. A multilayer passive thermal protection system (MPTPS) with carbon-phenolic …