Modeling 3D human body is an advanced technique used in human motion analysis and garment industry. In this paper, we propose a method for forming deformation functions so that we can rebuild the 3D human body given anthropometric measurements. The advanced idea in our approach is that we split the 3D body into small parts. In that way, we can specialize different set of parameters needed to interpolate for each section. With an interpolation approach, we build a 3D human body for 593 female bodies with the corresponding body shape but require fewer input measurements than 3D laser scans.

The Seediq, who possessed superb weaving skills, was forced to move to Chuanzhong Island (Qingliu tribe) after the Wushe incident in the 1930s. The Japanese banned weaving, coupled with the rapid development of the textile industry at that time, leading to the ramie weaving culture disappearing in the tribe for nearly 50 years. Therefore, this research will combine the weaving patterns of the Seediq tribe with fashion design through design, a fusion of traditional and modern design elements, and give the work unique cultural creativity and fashion flavor. In the hope that through design education, we will learn about tribal products and permanent Continue the value of the business and circular economy, create a tribal fashion culture, complete a series of innovative design works of the Seediq, and achieve the research purpose of sustainable engineering and technology.

In this paper, we will present a numerical framework to simulate the weapon operation for air-to-air missiles (AAM) on the super manoeuvrable fighter aircraft (Flanker C). We focus on creating a flexible and robust framework to insert into any flight simulator for training pilots to operate the air-to-air missile system. In general, the framework contains four main parts: (1) virtual target; (2) avionics systems; (3) head-up display system; (4) missile flight dynamics. The results of both semi-active radar and infrared homing missiles show the flexibility and robustness of the proposed framework in simulating the weapon operation.