利用LaVision公司的软件平台DaVis10.0.5中加载的双脉冲双帧抖盒子算法（Shake The Box with Double Pulse-Double Frame algorithm (STB DP-DF)和新近研制的机器人型体视PIV速度矢量场测量系统，对风洞中骑自行车的假人腿部造成的阻力危机现象进行了实验研究。

Mixed traffic situations, where motorists share the road with vulnerable road users, are often very challenging for cyclists. The busy Tamaki Drive in Auckland, New Zealand, is such a challenging environment and has already witnessed several cycle incidents over the past few years, including fatalities and serious injuries. To prevent further incidents from happening, Auckland Transport Authorities decided on a wide range of bicycle safety measures, including the integration of a bicycle warning system, activated by thermal imaging technology from FLIR Systems.

现代自行车的车架由碳纤维增强塑料制成，极其轻便和坚固。但是该种车架的故障情况与原先金属车架完全不同。碳纤维增强塑料制成的车架不会像金属车架那般折弯，而是会断裂，这容易使车手陷入危险，故障可能导致人身伤害甚至死亡。

采用荧光紫外灯为光源,通过模拟自然阳光中的紫外辐射和冷凝，对材料进行加速耐候性试验，以获得材料耐候性的结果。