Call for Abstract
Scientific Program
International Conference and Exhibition on Mechanical & Aerospace Engineering, will be organized around the theme “Harnessing the Advancement and Novel Technologies of Mechanical and Aerospace Engineering”
Mech Aero-2013 is comprised of 13 tracks and 94 sessions designed to offer comprehensive sessions that address current issues in Mech Aero-2013.
Submit your abstract to any of the mentioned tracks. All related abstracts are accepted.
Register now for the conference by choosing an appropriate package suitable to you.
- Track 1-1MEMS
- Track 1-2CAD/CAM, automation and robotics
- Track 1-3Fluid dynamics, bio-fuels, and fuel cells
- Track 1-4Microscale physicochemical hydrodynamics
- Track 1-5Fluid mechanics and rheology of nonlinear materials and complex fluids
- Track 1-6Computational fluid dynamics (CFD)
- Track 1-7Mechatronics
- Track 2-1Manufacturing process measurement and control
- Track 2-2Automobile and electronic technology
- Track 2-3Digital design and manufacturing technology
- Track 2-4Vehicle electronic control and measurement techniques
- Track 2-5Measurement and control of vibration and noise
- Track 2-6Artificial intelligence and expert systems
- Track 2-7Vehicle dynamic performance simulation
- Track 2-8Automation and control of materials processing
- Track 2-9Special processing and control technology
- Track 2-10Casting, forging and welding process control
- Track 3-1Energy sources
- Track 3-2Heat pipe technologies
- Track 3-3In-space propulsion & power concepts
- Track 3-4Thermal control technologies
- Track 3-5Space propulsion
- Track 3-6Advanced fluid mechanics
- Track 3-7Science and aerospace frontiers
- Track 4-1Biomedical engineering in fluid mechanics
- Track 4-2Heat transfer in fire and combustion
- Track 4-3Nuclear energy
- Track 4-4Heat transfer in multiphase systems
- Track 4-5Heat transfer in gas turbine systems
- Track 4-6Transport phenomena in materials processing and manufacturing
- Track 4-7 Heat transfer in electronic equipment
- Track 4-8Heat and mass transfer in biotechnology
- Track 5-1Mechanics in automobiles
- Track 5-2Mechanical systems, design, spacecraft propulsion, power, and bus technologies
- Track 5-3Air vehicle systems and technologies
- Track 5-4Aircraft systems and avionics, air vehicle flight controls
- Track 5-5Flight/Ground systems, mission planning and operations
- Track 5-6Dynamical analysis of vehicle systems
- Track 6-1Solid mechanics
- Track 6-2Energy and wave propagation in solids
- Track 6-3Advanced acoustics
- Track 6-4Advanced aerodynamics
- Track 6-5Rockets and gas turbines
- Track 6-6Astrodynamics
- Track 6-7Air traffic control systems
- Track 7-1Operations management
- Track 7-2Logistics and supply chain management
- Track 7-3Reliability and maintenance engineering
- Track 7-4Total quality management and quality engineering
- Track 7-5Machinability of materials, composite materials
- Track 7-6Design tools, cutting tool material and coatings
- Track 7-7Energy conservation and renewable energy techniques
- Track 7-8Industrial management in mechanical engineering
- Track 8-1Applied aerodynamics
- Track 8-2Aerodynamic design: Analysis, methodologies, optimization
- Track 8-3Aerodynamic-structural dynamics interaction
- Track 8-4Airfoil wing/configuration aerodynamics
- Track 8-5Transonic, supersonic, and hypersonic aerodynamics
- Track 8-6Applied aerodynamics for surface vehicles and recent advances
- Track 8-7Artificial Intelligence: Applications in aerodynamics
- Track 9-1Aero acoustics
- Track 9-2Trajectory design
- Track 9-3Aero elasticity in conceptual aircraft design
- Track 9-4Ground vibration testing and flight testing of aircraft
- Track 9-5Aerospace materials
- Track 9-6Avionics and mission systems
- Track 9-7Electro-optics, photonics, and observation systems
- Track 10-1Radiation issues and modelling for deep space missions
- Track 10-2Spacecraft guidance, navigation, and control technologies
- Track 10-3Mixed signal and system-on-a-chip technologies
- Track 10-4Power electronics for space applications
- Track 10-5Multi-core computing in space: Hardware and software
- Track 10-6Sensors, detectors and lens systems
- Track 10-7Antennas, RF/microwave systems, and propagation
- Track 10-8Mechanical systems, design and technologies
- Track 11-1Recent advances in aircraft technology
- Track 11-2Science & astronomy
- Track 11-3Astrobiology
- Track 11-4Advances in gas turbine technology
- Track 11-5Nanotechnology in aerospace
- Track 11-6Aerospace materials and structures
- Track 11-7Aerospace design and optimization
- Track 11-8Space exploration technology trends, aerospace and robots
- Track 11-9Design and fabrication methods for aerospace technology
- Track 12-1Communications satellite applications
- Track 12-2Remote sensing satellite applications
- Track 12-3Navigation satellite applications
- Track 12-4Satellite and launcher technology
- Track 12-5Applications of aeronautical systems
- Track 12-6Ultra wideband technologies for space applications
- Track 12-7Advanced sensors for aerospace applications
- Track 13-1Space dentistry
- Track 13-2Effects of micro gravity on human physcology
- Track 13-3Human physiology in space