首页|Factorial and Preliminary Parameter Tests for the Water Beam Assisted Form Error In-Process Optical Measurement

Factorial and Preliminary Parameter Tests for the Water Beam Assisted Form Error In-Process Optical Measurement

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In precision machining, it is desirable to measure the workpiece form profiles to provide feedback for control to maintain machining quality. A water beam assisted form error in-process optical measurement approach has been proposed to solve the opaque coolant problem to permit form error in-process optical measurement. To have more comprehensive understanding of the method, factorial and preliminary parameter tests were conducted. It was found that the water flow rate Q_w and the height of medium h_m are the two most important parameters affecting the transparent window size A_t. For Q_w, there is a transition of flow state changing from laminar to turbulent. Increasing h_m generally gives smaller A_t. The preliminary parameter test results also show that the conditions Q_w∈ [0.6-0.75ml/s] and h_m ∈ [0.3-0.4 mm] give better stability for A_t.

workpiece form profilecoolantform error in-process optical measurementmedium assisted measurementtransparent windowprecision machiningfactorial test

Y. Zhang、Y. Gao、Y.H. Lai、J.X. Wang

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Department of Mechanical Engineering, Hong Kong University of Science and Technology Clear Water Bay, Kowloon, Hong Kong SAR, China

2010

Key engineering materials

Key engineering materials

ISSN:1013-9826
年,卷(期):2010.437
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