Aircraft Loads Assessment for Windmilling Sustained Engine Imbalance:Analysis Methodology and Case Study Hugo Marcelo Nunes
Modeling and Control for Blended Wing Body Aircraft:Advanced Methods for Load Alleviation in Large Flexible Aircraft Concept Advances in Industrial Control. Auflage 2015
Erscheinungsdatum: 10.11.2014Medium: BuchEinband: GebundenTitel: Modeling and Control for Blended Wing Body AircraftTitelzusatz: Advanced Methods for Load Alleviation in Large Flexible Aircraft ConceptRedaktion: Kozek, Martin // Schirrer, AlexanderV
A Nazi´s Nazi, SS Generalleutnant von Bassenheim has no intention of surrendering. And Lieutenant Commander Atsugi, an Imperial pilot with nothing left to live for, wants nothing less than total revenge. With Axis powers facing defeat, the two men set out on a suicide mission in a submarine aircraft carrier with two nuclear weapons on board and two Seiran fighters destined to drop their loads on American cities. In a cat-and-mouse game spanning the globe, one OSS officer and a team of naval aviators and ship commanders race against the clock to find and destroy the rogue submarine. 1. Language: English. Narrator: Thomas Block. Audio sample: http://samples.audible.de/bk/acx0/059823/bk_acx0_059823_sample.mp3. Digital audiobook in aax.
A comprehensive guide to helicopter flying and flighttraining for aspiring private or professional helicopterpilots--updated for the first time in 20 years! Extensively revised to cover the latest industry advances, Learning to Fly Helicopters , Second Edition, provides details on the technical and practical aspects of rotarywing flight, guiding you from preflight preparation through postflight procedures and everything in between. Written in a conversational style, the book demystifies the art and science of helicopter flying. Real-world advice from the author and other pilots is included throughout. This copiously illustrated, up-to-date edition features new information on glass cockpits, turbine engines, IFR flying, the latest FAA test standards for a privatehelicopter pilot certificate, emergency and safety procedures, how to choose a flight school, career opportunities, and more. Become a private or professional helicopter pilot with help from this trusted resource! Learning to Fly Helicopters , Second Edition, covers: Five myths about helicopters Basic aerodynamics Flight controls Your first flight Basic flight maneuvers Learning to hover Autorotations Advanced maneuvers--with new material on hoisting,sling loads, and offshore operations Emergencies Hazards of low-level flying Flight training tips--civil and military Aircraft systems--with new information on glass cockpits and turbine engines Private pilot practical test standards for helicopterpilots The Ten Commandments for helicopter pilots Weight and balance, passenger briefings, and hand signals Employment opportunities Human factors and safety A flight to remember--lessons learned from the author´s most stressful flight Born-again copilots--when experienced captains fly theleft seat Resources for helicopter pilots Data on and photos of common civil helicopters There but for the grace of God--real hangar stories astold by real pilots Postflight
The U.S. military requires the ability to rapidly deploy troops, equipment, and materials anywhere in the world. Recent operations have brought attention to the need to utilize austere, unsurfaced, and sometimes sub-standard airfields within a theater of interest. These airfields may require additional taxiways and aprons. One option for the rapid construction of such is airfield matting systems. The focus of the work for this thesis was commercially available airfield matting systems to support large military transport aircraft, such as the C-17. Several test sections with differing strength soils were built with chosen mats tested in an elimination method, using a load cart that simulates contingency loading of one main gear of the C-17. Matting systems were evaluated based on logistical and assembly requirements, and deformation and damage sustained during traffic. A modeling effort was performed to investigate the potential of a simple model to predict the response of these matting systems under full-scale testing.
25,000 feet above Malta - that is where the Spitfires intercepted the Messerschmitts, Macchis and Reggianes as they swept eastwards in their droves, screening the big Junkers with their bomb loads as they pummeled the island beneath - the most bombed patch of ground in the world. One of those Spitfire pilots was George Beurling, nicknamed ´´Screwball,´´ who in 14 flying days destroyed 27 German and Italian aircraft and damaged many more. Hailing originally from Canada, after hard training and combat across the Channel, Beurling finally made it to Malta in the summer of 1942. Malta Spitfire tells his story and that of the gallant Spitfire squadron, 249, which day after day climbed to the top of the hill to meet the enemy against overwhelming odds. The listener has almost the sensation of being in the cockpit with him, climbing to meet the planes driving in from Sicily, diving down through the fighter screen at the bombers, dodging the bullets coming out of the sun, or whipping up under the belly of an Me for a deflection shot at the engine. This is war without sentiment or romance, told in terms of human courage, skill and heroism. A classic, first published in 1943. 1. Language: English. Narrator: Roger Davis. Audio sample: http://samples.audible.de/bk/acx0/090397/bk_acx0_090397_sample.mp3. Digital audiobook in aax.
Gas turbine engine has the highest performance in the engine rotation. The performance of the types of modern gas turbines could able up to 44%. In specific applications, gas turbines are used for equipment such as electrical generators, aircraft engines, high-speed boat ... The applications of gas turbine are used to transmit turbine, cabinet pull in eneral. However, there have been no published works on the use of dual turbine. This paper presents an artificial neural network controller to control Double Differential Gas Turbine (DDGT) by use algorithm to synchronize the speed of two turbines at each variable turbine load to reduce low power balance in the system. From the Rowen´s model of control for a turbine, the author analyzed and combined with the existing model to construct a dual turbine combinatorial structure coupled by differential coupling. Model-driven control algorithms are used as training grounds for artificial neural networks (ANNs) to replace traditional PID controllers. Because the double tubine construction is strong nonlinear system, modeling is directly transformed from the object model.