Miroslaw RODZEWICZ

Miroslaw RODZEWICZ

Scientific degree: D.Sc. Ph.D. Eng.
Position: University Professor, Associate Professor

Institute: Aeronautics and Applied Mechanics
Division: Aeroplanes and Helicopters
Room: L306

Phone: +48 22 234 5813
Phone 2:
Fax:
E-mail: miro@meil.pw.edu.pl

Function in WUT

Head of Laboratories of Composite Structures and Fatigue in IAAM

Member of the Commission for Staff Activity and Quality Assessment

Interests

Polymer-composite structures applied in aeronautics, experimental mechanics: load spectra investigation static and fatigue testing of composite aeronautical structures, diagnostic of composite structures.

Selected publications

  • Rodzewicz M.; Determination and extrapolation of the glider load spectraAircraft Engineering and Aerospace Technology, Issue 5, 2008
  • Rodzewicz M.; Investigation of the glider load spectra Technical Soaring , Vol. 31, No. 1, s. 2-12 2007
  • Rodzewicz M.; CFRP-Composites and their sensibility to fatigue or impact loads XIII Conf. "Lightweight Structures in Civil Engineering", proceedings s. 76-79, Warsaw 2007
  • Rodzewicz M., Boczkowska A.; Investigations into the CFRP Strength deterioration due to the fatigue loads or impacts; Transaction of the Institute of Aviation, No. 188 2007
  • Rodzewicz M., Cieśla P., Sudejko A. Investigation into shear load carrying capacity of laminar or sandwich composite structures Local Seminar of IASS Polish Chapter “Lighweight Structures in Civil Engineering”, Warsaw, 12 – 14 Sept. 2005, pp. 273 – 275
  • Rodzewicz M.; Investigation into technical safety of the glider structure Advanced Passive Safety Network – APSN, WP5.5_Workshop in Passive Safety on Road, Rail, and Aerospace Transportation Modes, 17 Feb. 2005, Lisbon, Portugal
  • Rodzewicz M., Awietjan S., Boczkowska A., Kurzydłowski K.J.; The influence of carbon roving impregnation technology on the structure and properties of carbon-epoxy composites Kompozyty - Composites 5(2005)1, pp 25 – 29
  • Rodzewicz M.; Thermal inertia of Composite Glider Wing Structure, and the JAR-22 RequirementsTechnical Soaring vol.29, Number 4, pp 115-120 2005
  • Rodzewicz M.; Experimental investigation of heat transfer in a glider wing – in view of the JAR-22 strength requirements Aviation, vol. VII, no. 3 s. 14-19, 2003
  • Rodzewicz M., Przekop A.; Experimental investigation of the load spectrum and fatigue tests of the PW-5 World Class Glider Technical Soaring, Vol. 24, No. 1-2, p. 15 2000