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.

[25] Turkowski M., E. Dyakowska, P. Szufleński, T. Jakubiak: Construction of the new gas meter high pressure calibration facility - Technical and metrological problems. Flow Measurement and Instrumentation, 2018.

[26] Turkowski M., Szudarek M., Szczecki A., Wildner J.: Metrology for pipelines transporting gaseous and liquid fuels. PPM Progress in Metrology Conference, Szczyrk 2018.

[27] Turkowski M., Szczecki A., Szudarek M.: Minimization of the Settling Time of Variable Area Flowmeters. Sensors 2019, 19, 530.

[28] Turkowski M., Szudarek M.Pipeline system for transporting consumer goods, parcels and mail in capsules. Tunnelling and Underground Space Technology, 93, p.103057. Click to download.

2. Research monographs

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.