Abstract
Research of various textile materials in technical application has been done numerously within the past few decades. Woven fabric is one of the textile material that have shown a prominent mechanical properties toward the technical application requirements. Application such in structure reinforcement requires good mechanical performance capabilities particularly in tensile, fracture tolerance, impact and bending resistance. This paper presents a comprehensive experimental study on the influence of weft density towards the yarn crimp and mechanical tensile strength behaviour of 3D Angle Interlock woven fabric. The woven fabric sample was fabricated into four different weft densities; 12, 16, 20 and 24 picks per cm by using polyester plied yarn with 100 Tex. Tensile strength sample was tested accordingly based on the ASTM standard. Results presented shows the increases value of weft density will improve the tensile strength performance.
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