PPT-Airplane Speed Sensor

Fregis Effayong Rowan University Mechatronic How do they look like Pitot tube Invented by a French Engineer Henry Pitot in 1732 A pitot is a pressure measurement instrument used to measure fluid flow velocity . It forms the basis of numerous applications from antilock braking to engine management systems and opens the way for embedding intelligence throughout the car with the introduction of advanced Xbywire networks and control systems Compact and easy to Energy. How much work is done on a 200-kg crate that is hoisted 2 m in a time of 4 s?. a. 400 J. b. 1000 J. c. 1600 J. d. 4000 J. How much work is done on a 200-kg crate that is hoisted 2 m in a time of 4 s?. What is an Airplane?. Aircraft. More general term. Refers to any heavier-than-air object that is . Supported by its own buoyancy . Supported by the action of air on its structures. Airplane. Heavier-than-air craft propelled by an engine. Objectives. History of Air transportation. Lighter than air. Hot air balloons. Air paths. Components/physics of an airplane. Helicopters. Impact of avaition. Aircraft. Aircraft are air transportation vehicles. They include lighter-than-air or heavier-than-air aircraft.. Introduction. Position/speed sensors provide information to the ECM about the position of a component, the. . speed of a component, and the change in speed of a component. The following sensors provide . (1.) 78 o . The speed of the wind is 20 km/hr heading due south. Find the ground speed of the airplane as well as its direction. Here is the diagram: (i.) angle C = 78 alterate angle (g Electromania. . Tachometer. Ever thought how a speedometer in cars, bikes etc. works?? . Can we build it using the knowledge on MCU we have so far??. Problem Statement . To . design a tachometer device that measures the speed (rpm) of a . Vectors. Quantities that have . magnitude but not direction are called . scalars. .. Ex: Area, volume, temperature, time, etc.. Quantities . such as force, . acceleration, . velocity . or displacement that . Dr. Doug Cairns. 2-. 14. For the Next Few Slides. Basic Physics of Flight. What’s happening during a flight. Rule of Thumb. airplane . design. 2-. 15. Basic Forces. Lift. Weight. Drag. Thrust. Trim. The Dot Product of Two Vectors. The. . dot product . of . u. and . v. . in . the plane. is. The . dot product . of . u. and . v. . in space . is. Two vectors . u. and . v. are . orthogonal. . History of Air transportation. Lighter than air. Hot air balloons. Air paths. Components/physics of an airplane. Helicopters. Impact of avaition. Aircraft. Aircraft are air transportation vehicles. They include lighter-than-air or heavier-than-air aircraft.. Marc Williams. School of Aeronautics and Astronautics. Aeronautics = Airplanes. Astronautics = Spacecraft. Parts of Aero & . Astro. Aerodynamics. Design . Dynamics & Control. Structures. Propulsion. ft. Torque. Best-in-Class Weight – 105 . lbs. Lighter than Comparable AMTs . Best-in-Class . Driveability. Low Total Cost . of Ownership. PACCAR . transmission. PACCAR . transmission. Linear Clutch Actuator (LCA). Prof. Doug Cairns. Forces On a Body. Spatial Quantities. pressure, density, temperature, velocity. Supersonic flow. (oil streak used for visualization). Smoke Injectors to Visualize Streamlines. Particles follow Streamlines.