PDF Archive search engine
Last database update: 07 April at 20:58 - Around 220000 files indexed.
Results for «aerodynamic»:
Total: 70 results - 0.031 seconds
Aerodynamic Cars To Buy in 2019 Aerodynamic Cars To Buy in 2019 Cars are getting advanced every day and more aerodynamic more than ever.
3 blade structure Wind Turbine Blade Structural Engineering As we saw in the discussion on aerodynamics the blade design process starts with a “best guess” compromise between aerodynamic and structural efficiency.
BOUNDARY LAYER CALCULATION METHODS AND APPLICATION TO AERODYNAMIC PROBLEMS Technical Report BOUNDARY LAYER CALCULATION METHODS AND APPLICATIONS TO AERODYNAMIC PROBLEMS Johannes Steinheuer Dr.-Ing., Research Scientist, Institut für Aerodynamik der Deutschen Forschungs- und Versuchsanstalt für Luft- und Raumfahrt (DFVLR), Braunschweig, Germany, 1974 Contents 1.
Wind tunnels are typically used for aerodynamic research to analyze the behaviour of flows under varying conditions, both within channels and over solid surfaces (AERO FOIL which is mostly tested in this wind tunnel).
TANKER AND GENERAL FREIGHT Kenworth’s T409 has been developed as a flexible and aerodynamic solution for maximum-length on-highway operation.
Wing and bodywork are also well on the way, and with exciting new concepts for our aerodynamic designs we are very excited to get out on track with our aerodynamic package.
The new T610 is also one of the most aerodynamic and fuel efficient production trucks ever to carry the iconic Kenworth badge.
Amit Pratap Singh, Beauty Singh, Priyanshu Singh, Satyam Nishad, Shashank Trivedi Abstract— In order to fully study the electrical , mechanical and aerodynamic aspects of a wind turbine with doubly fed induction generator , a detailed model, or vice versa.
Developed as a purpose built aerodynamic solution for intrastate and interstate distribution it is ideal for single trailer, some vocational 19m B-Double and rigid applications.
Sidewinder Low Windscreen This low profile, aerodynamic windscreen complements the aggressive profile of the Sidewinder’s front end.
Mechanical Engineering 5/16 school • Competing in the SpaceX Hyperloop Pod Competition (senior design project) o Currently prototyping a pod for Elon Musk's Hyperloop concept in which pressurized pods will travel through reduced-pressure tubes at high speeds o Member of one of 22 student teams to advance to the final stage of the competition (115 teams total) o Designed and manufactured a lateral stability system for the rail-guided pod o Created a fiberglass layup of an aerodynamic body shape o Collaborated with industry professionals including SpaceX advisors to make and improve design decisions • Practiced problem-solving skills:
That which was an initial aim here was in order to make the car largely aggressive and even more aerodynamic.
Mechanical Engineering 5/16 University of • Competing in the SpaceX Hyperloop Pod Competition in which pods will travel through reduced-pressure tubes at high speeds (senior design project) o Member of one of 22 student teams to advance to the final stage of the competition (115 teams total) o Utilized thermodynamic principles combined with analytical and numerical methods to determine the speed at which choked flow of air will occur in the tube o Designed and manufactured a lateral stability system for the rail-guided pod o Created a fiberglass layup of an aerodynamic body shape o Modeled the heat generation of disc brake rotors by using transient analysis techniques • Practiced problem-solving skills:
For any given outer mouldline geometry, our beam-element method sizes primary structure based upon “envelope” inertial and aerodynamic loads arising from maneuvering flight and hard-landing conditions.
Features and benefits • Patented airfoil system includes six airfoils and cuffed winglets that maximize performance and efficiency • Industrial-grade motor and gearbox offers efficient, reliable and durable operation • Weighs less than 145 lb (65.8 kg) allowing for easy positioning and installation • Factory-wired motor and controller cable with optional power cord plug • Perfect for spaces up to 70 x 70-ft (21.3 x 21.3-m) and ceilings as low as 14-ft (4.3-m) • Year-round energy savings, up to 10° cooling effect in hot weather and 1% energy savings per foot of ceiling height in cold weather The unique aerodynamic design enhances both energy efficiency and airflow by eliminating vortex formation at the airfoil tips.