THE REAL CAPABILITIES OF THE PHOTOGRAMMETRIC AND THE STEREOPHOTOGRAMMETRIC METHODS FOR MEASUREMENT IN MECHANICAL AND MANUFACTURING ENGINEERING
Abstract
The paper presents
the research results of the team of authors in the application of the
photogrammetric method from its initial phase to its present condition for
measuring small and large dimensions in fine mechanics and technics, as well as
the established theoretical bases for the application of this method for
measurement of deformations in mechanical constructions and parts. Presented
are the main influencing factors that have critical influence on the
measurement accuracy characteristics, and determine the uncertainty budget. The
typical errors of the method are outlined for certain conditions of its
application and when using specific equipment. Recommendations how to decrease
these errors are made. The paper devotes special attention to the initial phase
of applying the stereo photogrammetric method for measurement of large
dimensions and deformations in mechanical and manufacturing engineering.
Presented are the main dependencies of the method by analyzing the constituent
components. According to the authors, this method has a bright future for
application in manufacturing and construction engineering. The goals for
continual research are set out for determining the accuracy characteristics of
the methods and for widening the range of their application. Recommendations
are made in relation to the main characteristics, the equipment requirements
and the application of these methods in real conditions.
Keywords
References
- 1. Atanasov A., Sakakushev B.. (2012) Applications of the Photogrammetric Method of Measuring Macro and Microgeometry in Mechanical Engineering. Journal of the Union of Scientists Ruse, 1/2012. Series “Technical Sciences” № 5. ISSN 1311-106X. pp. 21 – 24. 2. Georgiev G. Georgieva N. (2014) Investigation of the Possibilities for the Use of Free Software for Data Processing Used for Accurate Measurement Details Through Photogrammetry, ARTTE Vol. 2, No. 3, 2014 ISSN 1314-8788 (print), ISSN 1314-8796 (online), pp. 202-210. 3. Georgiev G. (2016) Analysis of the Impact of Distance Between the Object and the Matrix of the Shooting Techniques on the Coefficient of the Transformation for Obtaining Dimensions Features by Photogrammetric Method, ARTTE Vol. 4, No. 4, 2016 ISSN 1314-8788 (print), ISSN 1314-8796 (online), DOI: 10.15547/artte.2016.02.08, pp. 285-290. 4. Georgiev G., Sakakushev B., Georgieva K.. (2015) Examination of the Applicability of the Photogrammetric Method for Measuring Very Small Dimensions, Proceedings of the University of Ruse, 2015, Vol. 54, Series 2, ISSN 1311-3321, pp. 15-19. 5. Georgiev G., Sakakushev B.. (2013) Examining the Possibilities of Application of Photogrammetry for Measurements in the Field of Machine Building. International Scientific Conference "Engineering, Technology, Education" ICTTE 2013, 30-31.10.2013, Proceedings ISSN 1314-9474, pp. 43-49. 6. Sakakushev B. Georgiev G., Zhelezarov I.. (2015) The First Steps for Building an Uncertainty Budget for Photogrammetric Measurements in Engineering Information Processing Systems, Kharkivskiy Universitet Povitryanih Sil, 2015, Vol. 2, ISSN 1681-7710, pp. 54-57. 7. Sakakushev B., Grigorov V., Georgiev G.. (2013) Method to Determine the Distance to the Site Using Stereophotometry. Theoretical and Practical Aspects of the Development of Modern Science. Materials from the VIII International Scientific and Practical Conference, Moscow, 29.06.2013/ Scientific and Informational Publishing Centre «Institute for Strategic Research». – Moscow: Izdatelstvo «Spetskniga», 2013. – 252 p. ISBN 978-5-91891-297-3, pp.77-80. 8. Sakakushev B, Georgiev G.. (2016) Examination of the Applicability of the Photogrammetric Method to Measure Dimensions Smaller Than 2 mm. International Conference, Durres, Albania, 2016. Knowledge International Journal Scientific Papers, 2016. Vol.13.3, ISSN 1857-92, pp. 515-522. 9. Sakakushev B., Todorov T., Stefanov G.. (2009) A Stereo Photogrammetric Method for Measuring the Deformations of Mechanical Structures. Journal of the Union of Scientists Ruse, 1/2009. Series “Technical Sciences” №5. ISSN 1311-106X, pp. 17-20. 10. Sakakushev B., Stoev S., Parvanov S.. (2007) Analysis of the Method of 3D Reconstruction in Calibrated Stereovision. Journal of the Technical University at Plovdiv “Fundamental Sciences and Applications”, Vol. 14, 2007. 11. Sotirov, B., Tonev D.. (2013). Measurement Uncertainty of Simple Effective Diameter Using Measuring Wires. In “Materials Science, Hydro- and Aerodynamics and National Security”: Third National Conference with International Participation, 24-25.10.2013. Sofia, Bulgaria: Bulgarian Academy of Sciences, pp. 74-80. 12. Zhelezarov, I. (2005) Methods for Data Processing from Measurement and Testing with Small Sample Sizes. Radmi 2005. Vrnjacka banja, Serbia and Montenegro. 2005. ISBN 86-83803-20-1. pp. 562 – 565.
Details
Primary Language
English
Subjects
-
Journal Section
Research Article
Authors
Boris Sakakushev
Bulgaria
Svetlin Parvanov
Bulgaria
Tzvetelin Gueorguiev
Bulgaria
Publication Date
August 27, 2018
Submission Date
July 18, 2018
Acceptance Date
September 4, 2018
Published in Issue
Year 1970 Volume: 4 Number: 11
