A deep learning surrogate model is developed to rapidly predict the wrinkling patterns of a biaxial non-crimp fabric (NCF) layup for any given tool geometry during forming. The underlying dataset finite element simulations used investigate effect on severity. trained able make reliable predictions at very low computational cost, suitable design optimisation. Results indicate that certain geomet...

Throughout history, an authority with certain rules has governed all societies, and each had different impacts on society. Since theatre is a reflection of society culture, it carries the traces development changes political ideological concepts over time. With emergence playwrights such as Edward Bond, Caryl Churchill, Martin Crimp in British after 1970, new era begun theatre. The purpose this...

Abstract Cables headed with crimped lugs are frequently used in test laboratories temperature rise tests carried out to validate electrical devices. The increase the resistance of connections can cause high dissipation power and heat during these tests, impairing their outcome. This work evaluates effect thermal stresses on dissipated connections. was found be more sensitive than mechanical one...

INTRODUCTION Today, development of materials technology using biomass is expected for creation of a sustainable society. Especially, the composite consisting of plant-based natural fibers and biodegradable resin, so-called the fully-green composites, is much expected for practical use. So far, we made textile green composites using biodegradable resin and plain woven ramie fabric and explored t...

Threads per inch and yarn count are some of the most important parameters that affect both weaving performance and fabric property. Experimental studies were conducted by weaving fabrics with three different picks per inch (PPI) and weft counts. The study shows that weaving performance is affected by the too high cover factor. Cover factor was calculated by dividing the threads/inch by the squa...

Introduction Ligament fibroblasts reside in a highly fibrous and anisotropic microenvironment. The type I collagen that made up the majority of the ligament extracellular matrix are organized into fiber bundles and crimp structures. This highly aligned arrangement has been shown to modulate fibroblast morphology, collagen expression and mechanotransduction [1]. In addition, fibroblasts exhibit ...