- Journal Details
- Format
- Journal
- eISSN
- 2083-4608
- First Published
- 26 Feb 2008
- Publication timeframe
- 4 times per year
- Languages
- English
The paper provides the simulation results of a small-diameter guided training bomb released during atmospheric turbulence. The simulation utilized a guided bombed devised at ITWL. Aerodynamic characteristics of the bomb were obtained from wind tunnel tests and from calculations made by the PRODAS programme. The simulation programme was developed based on a mathematical model describing a spatial motion of an aerial bomb moving in atmospheric turbulence. To describe a turbulence component, the model of stochastic processes proposed by Shinozuki was used. The manuscript includes examples of diagrams of basic parameters showing the bomb flight in a disturbed atmosphere. The analysis of the impact of the standard deviation of the wind on the change in the parameters of bomb flight was performed. The relationships between the parameters of bomb flight and the possibility to hit the target were provided.
Keywords
- bomb
- numerical simulation
- turbulence of the atmosphere
Thermal resistance of concrete airfield pavements Selected Aspects of Modelling RFID Systems in Supply Chains APEKS 2 as a Modification of the APEKS Method Application supporting the design of parachute geometry for the sounding rocket recovery system The Use of Thermography in Preliminary Research on Temperature of Burnishing Influence of Graphite as a Filler on Selected Mechanical and Structural Properties of Layered Composites with Polyester-Glass Recyclate Research and Comparative Analysis of the Accuracy in Determining the Parameters of the Position of Aircraft by Air Traffic Control Radars Avia-W and GCA-2000 Assessment of the Impact of Flight Operations on Noise in the Vicinity of an Airport – Preliminary Study The Use of the Ant Algorithm in the Model of Safety Management of the Traffic Organization At the Apron Method of Increasing Reliability of Large Dimensional Bridge-Type Structures