Results 231 to 240 of about 9,438,636 (286)
Maneuvering Characteristics of Bilateral Amplitude-Asymmetric Flapping Motion Based on a Bat-Inspired Flexible Wing. [PDF]
Lilong C, Yu Y.
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Research on anti-rollover active control of sports utility vehicle with time-delay compensation function. [PDF]
Wang D, Hu Y, Liu X, Shen Y, Wang R.
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Impact of the dimple indentation depth and location for passive flow control in Blended Wing Body airframe at low and high subsonic speeds. [PDF]
Ali H, Rasani MR, Harun Z.
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Magnetic arch plasma expansion\in a cluster of two ECR plasma sources
Boyé C, Navarro-Cavallé J, Merino M.
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Robust Torque Vectoring Control
Abstract An investigation on the robustness of a torque vectoring control based on an inverse disturbance observer architecture for a rear wheel driven vehicle with electric single wheel drives is presented within this contribution. To ensure robust control parameters, specifications for eigenvalues (Γ-stability) and bounds on weighted sensitivity ...
Kaspar, Stephan +3 more
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Comparison of Torque Vectoring Control Strategies for a IWM Vehicle
<div class="section abstract"><div class="htmlview paragraph">In recent years, concerns for environmental pollution and oil price stimulated the demand for vehicles based on technologies alternative to traditional IC engines. Nowadays several carmakers include hybrid vehicles among their offer and first full electric vehicles appear on the ...
CHELI, FEDERICO +3 more
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Torque vectoring control for IWM vehicles
International Journal of Vehicle Performance, 2016In recent years, the environmental concern generates an high improvement in hybrid and electrical mobility technology. Several layouts are available for the electric powertrain; the most interesting is the one with four electric motors, one per each wheel.
VIGNATI, MICHELE +2 more
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Direct Yaw Control Torque Vectoring
ATZautotechnology, 2006DYC Torque Vectoring reduces the understeering characteristics during cornering without affecting vehicle stability.
Yasuji Shibahata, Tatsuhiro Tomari
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Cyclogyro Thrust Vectoring for Anti-Torque and Control of Helicopter
Proceedings of the Vertical Flight Society 70th Annual Forum, 2014This work discusses the possibility to use the cycloidal rotor technology to provide anti-torque to otherwise conventional helicopter designs. A simple analytical model of cycloidal rotor aeromechanics is provided to support its sizing. The analytical model is validated using other approaches of increasing complexity and experimental results.
GAGNON, LOUIS +5 more
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