In-flight Ice Accretion Prediction Code
Journal Title: INCAS BULLETIN - Year 2010, Vol 2, Issue 4
Abstract
The phenomenon of in-flight icing may affect all types of aircraft. The paper deals with the development of the computational wing airfoil ice accretion prediction code Ice. Presented code versions enable computational rime ice and glaze ice accretion prediction on single and multi-element airfoils in acceptable time of solution. There are presented results of rime ice and glaze ice accretion predictions and compared with current ice accretion prediction codes. Various cases of predicted ice shapes are shown in dependence of air temperature. The latest Ice code version enables to solve system of several airfoils. The example of ice prediction on the wing airfoil with a slotted flap is shown for two angles of deflection.
Authors and Affiliations
Vladimír HORÁK, Zdeněk CHÁRA
Preliminary Design of a LSA Aircraft Using Wind Tunnel Tests
This paper presents preliminary results concerning the design and aerodynamic calculations of a light sport aircraft (LSA). These were performed for a new lightweight, low cost, low fuel consumption and long-range aircra...
Professsor ION STROESCU’s activities and achievements at the Polytechnic School and the University of Bucharest
Numerical illustration of the global and local stability and instability of the constant spatially developing 2D gas flow
In this paper different types of stabilities (global, local) with respect to instantaneous perturbations and permanent source produced time harmonic perturbations are numerically illustrated in case of a constant spatial...
New light fighters from Asia on the global markets
The high cost of the latest fighters is having a major impact on world air forces, big or small. For many countries it is a difficult balancing act as it becomes hard to afford enough aircraft to maintain the required fo...
Book review AIRCRAFT DYNAMICS WITH INPUT DELAYS (Romanian title: Dinamica avionului cu întârzieri în comandă) by Achim IONIŢĂ