Abstract
The paper relates to the problem of adaptation of V-block methods to
waviness measurements of cylindrical surfaces. It presents the
fundamentals of V-block methods and the principle of their application.
The V-block methods can be successfully used to measure the roundness and
waviness deviations of large cylinders used in paper industry, shipping
industry, or in metallurgy. The concept of adaptation of the V-block
method to waviness measurements of cylindrical surfaces was verified using
computer simulations and experimental work. The computer simulation was
carried out in order to check whether the proposed mathematical model and
V-block method parameters are correct. Based on the simulation results, a
model of measuring device ROL-2 for V-block waviness measurements was
developed. Next, experimental research was carried out consisting in
evaluation of waviness deviation, initially using a standard non-reference
measuring device, and then using the tested device based on the V-block
method. Finally, accuracy of the V-block experimental method was
calculated.
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