The convection heat transfer coefficient of coolant within the grinding zone has been estimated using hydrodynamic and thermal modeling.
磨削区冷却液的热对流系数已由流体动力学和传热学模型估算得到。
For handling the workpieces there is a loading and unloading system required to transport the workpieces into and out of the grinding zone.
要传输工件需要有将工件传入和传出磨削区的上料和卸料系统。
The temperature responses in the grinding zone were measured simultaneously using a two color infrared detector and a sandwiched foil thermocouple.
用光纤辅助双色红外探测仪和三明治薄膜热电偶同时测量了磨削弧区的温度响应。
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