Abstract Liquid Composite Molding (LCM) processes are cost efficient manufacturing
alternatives to traditional autoclave technology for producing near-net shape structural …

Although vacuum-assisted transfer molding (VARTM) is preferred for manufacturing medium
to large composite parts due to its simple tooling and low cost, part quality dictated by …

A new method to characterize three-dimensional, anisotropic moisture absorption in
polymeric composites using experimental gravimetric absorption data is presented. This is …

Moisture absorption of composites with nanoscale carbon additives such as carbon
nanotubes, carbon nanofibers, graphite nanoplatelets, and carbon black is investigated …

Glass fiber-reinforced polymer composites (GFRP) were prepared and reinforced with two
types of multiwalled carbon nanotubes, ie, amino-functionalized (ACNT) and pristine …

A new, three‐dimensional, anisotropic non‐Fickian diffusion model is developed to
characterize moisture absorption in polymeric composites. The new hindered diffusion …

The primary interest in numerous research problems in both polymer composites and
Machine Learning (ML) is to develop predictive models for one or more variables of interest …

Thermosetting polymer composites are often exposed to wet and humid environments,
leading to a considerable reduction in their thermo-mechanical properties. Hence, accurate …

The compaction pressure on the fibrous preform is one of the most critical parameters in
vacuum assisted resin transfer molding (VARTM), which significantly affects the preform …

The three‐dimensional anisotropic moisture absorption behavior of quartz‐fiber‐reinforced
bismaleimide (BMI) laminates is investigated by collecting 21 months of experimental …