3D printing technology has been developing rapidly in recent years. This technology is extensively used for producing prototypes of products and their designs with a wide range of materials in the manufacturing industry. ...

There is a great demand for a dispersion evaluation method that can be applied even when a nano-sized filler isincorporated, that can evaluate a three-dimensional (3D) quantitative dispersion of a composite material, and ...

Walking is an exercise that can be easily started by people with weak physical strength and the elderly, which can have many effects, such as smoothing blood circulation and preventing diabetes and obesity, but walking in ...

In this paper, we investigated the relationship of filter efficiency and pressure drop with the porosity, fiber diameter and filter thickness by 3-D simulation. It was found that filter efficiency increased when the filter ...

In this work, effects of fiber blend ratios and heat treatments on structural and physical properties of ternary composite nonwovens were investigated. Composite nonwovens were fabricated using different blend ratios of ...

In black dyeing of PET fabric, high concentrations of disperse dyes of three primary color are generally required, which leads low exhaustion level of dyes and discharge of unfixed dye into dyehouse effluent. In this study, ...

The purpose of this study was to analyze the patterns of D level protective clothing, improve their ease of movement by modifying the patterns, and validate the effectiveness of the improvements through 3D virtual fitting ...

A new Triangular mesh generation algorithm based on Delaunay triangulation for three-dimensional apparel CAD system was developed. Triangular element shape was chosen to represent complex pattern shapes effectively. ...

This investigation reported the simulation technologies to design the 3-dimensional fabrics such as 3 dimensional multi-layered fabric, 3 dimensional braided fabric and spacer fabric. The simulation system or software has ...

The weight reduction and dyeing properties of circular-knitted fabrics, fabricated from sea-island-type polyethylene terephthalate (PET) ultramicrofiber with a single fiber of approximately 400 nm, were investigated. It ...