News

Publications

1. Selected  publications

[1] Turkowski M.: Flow measurement technique in Poland - scientific works and their

industrial application. Symposium accompanying Days of Polish Science and Technology, Beijing, China, 23.02 – 3.05.1989.

[2] Jagielak J., Biernacka M., Isajenko K., Turkowski M. Zarucki R.: The method for determination of radionuclides concentrations in ground level air using the ASS-500 high volume sampler. International Symposium on Environmental Impact of Radioactive Releases, IAEA, Vienna, 8–12 may 1995, pub. no IAEA-SM-339/76P, s. 9.

[3] Turkowski M.: On the optimal geometry of the flowmeter with oscillating prism. Proceedings of International Conference „Mechatronics 2000”, Warszawa, 21 – 23 September, vol. 2, s. 376 – 379.

[4] Turkowski M.: Influence of the density of fluid on the characteristics of the flowmeter with mechanical oscillator. Proceedings of the 3rd International Conference on Measurement „Measurement 2001”, Smolenice, Słowacja, 2001, s. 147 – 150.

[5] Turkowski M.:  Application of modified Youden analysis in the intercomparison of flow measurement facilities. Metrology and Measurement Systems vol. VII, 1, 2001 r, s. 63 – 73.

[6] Turkowski M.: Optimisation of the flowmeter with mechanical oscillator. Proceedings of the International Conference Flow Measurement 2001, Peebles, Scottland, Paper 2.3, s. 1- 8.

[7] Turkowski M.: New organisation of laboratory classes in the Flow Measurement   Laboratory. Proceedings of 2nd International  Conference on Global Research and Education INTER-ACADEMIA 2003, Warszawa, s. 195 – 200.

[8] Turkowski M.:  Progress towards the optimisation of a mechanical oscillator flowmeter. Flow Measurement and Instrumentation, vol. 14, issues 1-2 March-April 2003, s. 13 ‑ 21

[9] Turkowski M.: Mathematical model and numerical simulation of a mechanical oscillator flowmeter. Metrology and Measurement Systems, vol. X, 1, 2003, s. 77 - 99

[10] Turkowski M.: Modelling of two-phase gas-liquid flow in laboratory conditions, Machine Dynamic Problems, vol. 28, No 4, 2004 s. 159 – 164.

[11] Turkowski M.: The behaviour of the mechanical oscillator flowmeters under pulsating flow conditions, Elektronika, No 8/9, 2004, pp. 254 – 256

[12] Turkowski M.: Simple installation for measurement of two-phase gas-liquid flow by means of conventional single phase flowmeter. Flow Measurement and Instrumentation, vol. 15, issues 5-6, pp. 295 – 299

[13] Turkowski M.: Influence of fluid properties on the characteristics of the flowmeter with mechanical oscillator – Measurement, 35/1 (2004), s. 11 - 18

[14] Sobczak R., Turkowski M., Bratek A., Słowikowski M.: Mathematical modeling of liquid flow dynamics in long range transfer pipelines. Part 1.  Problemy eksploatacji 1/2007 (64), s.23-33.

[15] Turkowski M., Bratek A., Słowikowski M., Methods and Systems for leakage detection in long range pipelines. Journal of Automation, Mobile Robotics and Intelligent Systems, 3, 2007, pp. 39 – 46

[16] Turkowski M., Bratek A., Słowikowski M.: The improvement of pipeline mathematical model for the purposes of leak detection. Recent Advances in Mechatronics, proceedings of 7th International Conference Mechatronics 2007, Springer Verlag, pp. 573-577.

[17] Turkowski M.: Application of CFD for the purposes of dust and mist measurements. Recent Advances in Mechatronics, proceedings of  7th International Conference Mechatronics 2007, Springer Verlag, pp. 644-648.

[18] Bogucki A. (PGNiG), Turkowski M.:  The influence of the measuring instruments accuracy on the reliability of the leak detection and localization systems, ACADEMIC NETWORK EVENT at EGATEC2011, Copenhagen, Denmark, 12th & 13th May 2011 

[19] Turkowski M., Bratek A.: – Problems of the influence of the quality and integrity of input data on the reliability of leak detection systems. In Mechatronics – Recent technological and scientific advances. Springer Berlin Heidelberg, 2011, pp 255-264.

[20] Turkowski M., Bratek A.: Methods Of Decreasing The Influence Of The Factors Disturbing The Reliability Of Leak Detection Systems, Journal of Automation, Mobile Robotics & Intelligent Systems, Vol. 6, N° 2, 2012, pp. 37-41

[21] Turkowski M., Szufleński P.: New criteria for the experimental validation of CFD simulations, Flow Measurement and Instrumentation Vol. 34, 6/2013, pp. 1 – 10 

[22] Turkowski M., Michalak Ł.: The Concept of Public Cargo Transporting Pipeline System, in Advanced Intelligent Systems and Computing - Advanced Mechatronics Solutions, proceedings of 9-th International Conference Mechatronics 2015, Springer International Publishing AG.

[23] Turkowski M., Bratek A., Ostapkowicz P.: Uncertainty analysis as the tool to assess the quality of leak detection and localization systems, paper accepted for 15-th International Conference on Global Research and Education Inter-Academia 2016, September 26-28.2016, Warsaw, Poland.

[24] Turkowski M.: The concept of pneumatic system for supply goods to the cities. Paper accepted for Urban Transitions Conference, September 5-9.2016, Shanghai, China.

 

2. Research monographs and any translations

Jabłoński R., Turkowski M., Szewczyk R. (Editors): Recent advances in Mechatronics, Springer Verlag, 2007, 705 pages

 

3. Granted patents

[P1] Turkowski M., Gutkowski L. (inventors): Oscillatory flowmeter – Patent PL 135544,1985.   

[P2] Turkowski M.: (inventor): Signal detector for flowmeter with rotating or oscillating element – Patent PL 135774,1985.

[P3] Turkowski M.: (inventor): Oscillatory flowmeter – Patent PL 144059, 1987.

[P4] Turkowski M.: (inventor): Oscillatory flowmeter – Patent PL, 1987.

[P5] Turkowski M.: (inventor): Oscillator for oscillatory flowmeter – Patent PL 144061, 1987.

[P6] Turkowski M.: (inventor): Device for separating  the components of two phase mixture of fluid having different densities – Patent PL 141986, 1988

[P7] Turkowski M. (inventor): Device for measurement the flow rate of the components of two phase mixture of fluid having different densities. Patent PL 143998, 1998.

[P8] Turkowski M., Lubbe R. (inventors): System for gas heating in gas regulating station. Patent PL 196512, 2003.

[P9] Turkowski M., Strzałkowski T.(inventors): Vortex flowmeter with pressure vortex detector. Patent PL –  2034616, 2009.

[P10] Turkowski M,. Brudzyński T. (inventors): Natural gas odorizer  with dosage system. Patent PL – 208201, 2011.

[P11] Turkowski M., Zagożdżon M., Szczepaniak B., Dyakowska E., Szufleński P. (inventors): High pressure gas meter calibration facility with the use of gas as working medium. Patent PL – 216249, 2013.

[P12] Turkowski M., Zagożdżon M.,  Szczepaniak B., Dyakowska E., Szufleński P. (inventors): Gas meter calibration facility with the use of high pressure gas. Patent PL – 219657, 2015.