The 3D simulation of fabrics is one of the interesting topics in textile engineering. The fabric simulation is especially important in the cloth design software. This design software can be used to visualize the fabric drape on the body or other surfaces by changing the fabric parameters. Therefore, it saves time and money and increases the customer satisfaction by preventing the production of garments that will not be sold. In the past three decades, many methods have been suggested by researchers for fabric modeling. Nowadays, these methods can be roughly divided into three classes: geometrically-based, physically-based and hybrid methods. Mass spring model, the physically-based method, is one of the methods for fabric simulation which is widely considered by the researchers. This method is a fast and flexible technique with computational efficiency. The aim of this paper is to survey the published results on fabric simulation using mass spring model. The paper reviews the presented mesh types, forces applied on model, super elastic effect and ways to settle the super elasticity problem, numerical integration methods for solving equations, collision detection and its response. Some of the fabric simulation examples presented by the researchers are also presented.
Payvandy, P., & Mozafary Shamsi, V. (2016). Fabric Simulation Using Mass-Spring Model (Review). Journal of Textile Science and Technology, 5(4), 43-66.
MLA
Pedram Payvandy; Vajiha Mozafary Shamsi. "Fabric Simulation Using Mass-Spring Model (Review)". Journal of Textile Science and Technology, 5, 4, 2016, 43-66.
HARVARD
Payvandy, P., Mozafary Shamsi, V. (2016). 'Fabric Simulation Using Mass-Spring Model (Review)', Journal of Textile Science and Technology, 5(4), pp. 43-66.
VANCOUVER
Payvandy, P., Mozafary Shamsi, V. Fabric Simulation Using Mass-Spring Model (Review). Journal of Textile Science and Technology, 2016; 5(4): 43-66.
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