An integrated precision evaluation method (IPEM) for evaluating the capabilities of sophisticated optical measurement systems is proposed. The method, which has the advantages of the VDI/VDE2634 guidelines and the Standardization Project for Optical Techniques of Strain measurement procedure, is developed on the basis of three-dimensional (3D) optical measurement technology and statistical principles. The application of the IPEM to a combination of an in-house developed 3D optical measurement system and an in-house developed photogrammetry measurement system is investigated for the case of measuring features on a large-scale waterwheel blade. It is shown that the proposed method is appropriate and feasible for application in manufacturing industries.
HuangT. SBlosteinS. D. Error analysis in stereo determination of 3-D point positions. IEEE Trans. Pattern Anal. Mach. Intell., 1987, 9. 752–765.
2.
AnderssonMBetsisD. Point reconstruction from noisy images. J. Math. Image Vis., 1995, 5. 77–90.
3.
FlorouGMohrR. What accuracy for 3D measurements with cameras? in Proceedings of International Conference on Pattern recognition, Vienna, Austria, 1996, pp. 354–358.
4.
FusielloAFarenzenaMBustiABenedettiA. Computing rigorous bounds to the accuracy of calibrated stereo reconstruction. IEE Proc. Vis. Image Signal Process., 2005, 152. 695–701.
5.
OldenE. JPattersonE. A. A rational decision making model for experimental mechanics. Exp. Tech., 2000, 24. 26–32.
6.
PattersonEBraillyPBurgueteRHackESiebertTWhelanM. A. Challenge for high-performance full-field strain measurement systems. Strain, 2007, 43. 167–180.
7.
PattersonE. AHackEBraillyPBurgueteRSalemQSiebertTTomlinsonR. AWhelanM. Calibration and evaluation of optical systems for full-field strain measurement. Opt. Lasers Engng, 2006, 45. 550–564.
8.
WhelanMAlbrechtP. DHackEPattersonE. A. Calibration of speckle interferometer full-field strain measurement system. Strain, 2008, 44. 180–190.
9.
Standardization project for optical techniques of strain measurement (SPOTS). see www.opticalstrain.org (access date).
10.
ZhangD. HLiangJGuoC. Precision evaluation of 3D optical measuring system for forgings & stamping and its dies. Opt. Precis. Engng, 2009, 17. 2431–2439.
11.
VDI/VDE 2634 part 1: XXXX Optical 3-D measuring systems-imaging systems with point-by-point probing.
12.
VDI/VDE 2634 part 2: XXXX Optical 3-D measuring systems-optical systems based on area scanning.
13.
VDI/VDE 2634 part 3: XXXX Optical 3D measurement systems-multiple view systems based on area scanning.
14.
BurgueteRHackEKujawinskaMPattersonESaleemQSiebertTWhelanM. Developing standards for optical methods of strain measurement, available from www.twa26.org/341_pat_v1.pp.1-6 (access date).
15.
BurgueteRHackEKujawinskaMPattersonESaleemQSiebertTWhelanM. Design of reference materials and standardized test for optical strain measurement, available at www.twa26.org/295_pat_v1.pp.1-6 (access date).
16.
ASTM C1377-97:XXXX Standard test method for calibration of surface/stress measuring devices.
17.
HackESimsGMendelsD. Traceability, reference materials and standardized tests in optical strain measurement. In Proceedings of the 12th International Conference on Experimental mechanics, Bari, Italy, 2004,.
18.
ZhangD. HLiangJGuoC. Precision evaluation of 3D optical measuring system for forgings & stampings and its dies. Opt. Precis. Engng, 2000, 17. 2431–2439.
19.
ZhangD. H LiangJTangZ. ZGuoC. New measuring method of large size measurement based on close range photogrammetry and 3D optical measurement. China Mech. Engng, 2009, 20. 817–822.
20.
ZhangD. HLiangJGuoCChenZ. Z. Application of photogrammetry technology to industrial inspection. In Proceedings of the SPIE Second International Conference on Digital image processing, Singapore, 26–28 February 2010.
21.
ZhangD. HLiangJTangZ. ZGuoCCaoJ. MWangH. Exploitation and study of close range industry photogrammetry system based on large-scale complex surface products. Opto-Electron. Engng., 2009, 36. 122–128.
