8228807147

Profesor Czesław Oleśkowicz-Popiel - Jubileusz 70-cio lecia

[66] J. WOJTKOWIAK, C.O. POPIEL, Investigation of butterfly control flow characteristics. Foundations of Civil and Environmental Engineering, Wyd. P.P. (Publishing House of Poznań University of Technology), 2006.

C. Referaty opublikowane w materiałach międzynarodowych konferencji naukowych

[1]    C.O. POPIEL, J. RYBARCZYK, Effect of cooling water temperaturę on compressor performance characteristics. Proc. Int. Compressor Symposium, Ed. Technical University ofLódź, 65-72, 1967 (In Polish).

[2]    C.O. POPIEL, E. TULISZKA, L. BOGUSŁAWSKI, Heat transfer from a rotating disk in an impinging air jet. HEAT TRANSFER 1974, Proc. 5th Int. Heat Transfer Conference, Vol. III, 212-215; Vol. VII, 84-85, Tokyo, 1974.

[3]    C.O. POPIEL, L. BOGUSŁAWSKI, Heat transfer by laminar condensation on sphere surfaces. Proc. 5th Int. Congress of Chemical Engineering, Chemical Eąuipment Design and Automation, Paper E2.2, CHISA'75, Praha, 1975.

[4]    C.J. HOOGENDOORN, C.O. POPIEL, TH. van der MEER, Turbulent heat transfer on the piane surface in impingement round premixed flame jets. HEAT TRANSFER 1978, Proc. 6th Int. Heat Transfer Conference, Vol. IV, 107-112, Toronto, 1978.

[5]    L. BOGUSŁAWSKI, E. DUBANIEWICZ, C.O. POPIEL, A round turbulent free jet near a pipę outlet. CHISA'78, Proc. 6th Int. Congress of Chemical Engineering, Chemical Eąuipment Design and Automation, Paper A2.10, Praha, 1978.

[6]    C.O. POPIEL, O. TRASS, Visualization of ordered flow structures in free and impinging round jets. XV Symposium on Advanced Problems andMethods in FluidMechanics, Abstracts, pp. 116, IPPT-PAN, Jachranka/Warszawa, 1981.

[7]    C.O. POPIEL, O. TRASS, The effect of ordered structure of turbulence on momentum, heat and mass transfer of impinging round jet. HEAT TRANSFER 1982, Proc. 7th Int. Heat Transfer Conference, Vol. VI, 141-146, Munchen, 1982.

[8]    C.O. POPIEL, Heat transfer coefficient for nucleate boiling of chlorine. CHISA'84, Paper Y5.39, Praha, 1984.

[9]    M. MORZYNSKI, C.O. POPIEL, The laminar flow in a cavity covered by a moving wali numerical calculation with the finite element method. XVII Int. Symposium on Advanced Problems and Methods in Fluid Mechanics, Abstracts, pp. 103-104, IPPT-PAN, Sobieszewo/Gdansk, 1985.

[10]    M. MORZYNSKI, C.O. POPIEL, Numerical prediction of laminar flow and heat transfer in a sąuare cavity covered by a moving wali. HEAT TRANSFER 1986, Proc. 8th Int. Heat Transfer Conference, Vol. 2, 409-413, San Francisco, 1986.

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