为了自动化测试燃料电池的电性能和效率,基于LabVIEW平台,应用硬件在环(HIL)技术研制了一套燃料电池仿真测试系统.首先根据测试要求设计和搭建了硬件系统;然后在LabVIEW中进行图形化编程,通过系统集成实现了实时信号处理,完成了HIL仿真...为了自动化测试燃料电池的电性能和效率,基于LabVIEW平台,应用硬件在环(HIL)技术研制了一套燃料电池仿真测试系统.首先根据测试要求设计和搭建了硬件系统;然后在LabVIEW中进行图形化编程,通过系统集成实现了实时信号处理,完成了HIL仿真测试;并将NEDC(new European driving cycle)测试应用于本测试系统.结果显示该系统能够实现不同功率下的仿真测试,并具有良好的操作性和安全性,为燃料电池的开发提供了一种测试手段.展开更多
Three-dimensional(3D) circular loom is a textile machine to produce 3D tubular fiber composites reinforcement.The shedding wheels system is an important part of 3D circular loom to schedule the shedding order which ha...Three-dimensional(3D) circular loom is a textile machine to produce 3D tubular fiber composites reinforcement.The shedding wheels system is an important part of 3D circular loom to schedule the shedding order which has several types.A computer aided design system is proposed,which is implemented in SolidWorks,and provides a tool for practicing designers to design the sheddling wheel system more efficiently.展开更多
文摘为了自动化测试燃料电池的电性能和效率,基于LabVIEW平台,应用硬件在环(HIL)技术研制了一套燃料电池仿真测试系统.首先根据测试要求设计和搭建了硬件系统;然后在LabVIEW中进行图形化编程,通过系统集成实现了实时信号处理,完成了HIL仿真测试;并将NEDC(new European driving cycle)测试应用于本测试系统.结果显示该系统能够实现不同功率下的仿真测试,并具有良好的操作性和安全性,为燃料电池的开发提供了一种测试手段.
文摘Three-dimensional(3D) circular loom is a textile machine to produce 3D tubular fiber composites reinforcement.The shedding wheels system is an important part of 3D circular loom to schedule the shedding order which has several types.A computer aided design system is proposed,which is implemented in SolidWorks,and provides a tool for practicing designers to design the sheddling wheel system more efficiently.
