The main purpose of publishing this journal is to bring up technical and industrial issues and problems in scientific format and technical notes in order to extend further spread of cooperation between industry and academia. The papers are expected to observe the following considerations:

  • Provide complete information of the previous studies on specific topics related to aerospace technology
  • criticize, review and analyze the previous studies carried out in a particular topic
  • trace the trend of advances from past to present in a particular topic
  • introduce the reliable and comprehensive references related to a particular topic

    The most important topic areas:

    • Technology in guidance, control and navigation of aerospace vehicles include: guidance and control algorithms; controlling actuators; navigation systems; positioning; attitude control; data and signal processing; flight simulators; virtual reality and flight ambient laboratories; error detection and error compensation algorithms.
    • Technology in structure and aerospace mechanisms include smart structures; structure health detection systems; active and inactive structure noise and vibration reduction systems; aerodynamic and acoustic loading; processing the structure vibration and acoustic signals
    • Technology in aerospace vehicles design include airplanes, helicopters, manned and unmanned space crafts in both orbit and non-orbit missions, missiles, orbital transfer or correction systems, satellite and satellite carriers
    • Technology in aerospace applications include: remote sensing, managing systems for natural disasters, environmental protection using aerospace technology, radio systems and atmosphere or space environment identification systems, aerospace telecommunication systems, data and signal processing
    • Technology in aerospace bio-medicine include: aerospace biology, aerospace medicine, astronaut training, micro-gravity simulators
    • Technology in Propulsion systems include jet and turbojet engines; solid, liquid and combined fuel; internal combustion and turbo-machines motors; Electric propulsions; cold gas and nuclear gas; using technologies linked with renewable energies; reducing fuel consumption and Environmental pollutants
    • Technology in materials and their applications in aerospace engineering, include: energetic materials, pyrotechnics, smart materials, self-healing materials, heat and acoustic insulators and construction methods for aerospace materials