Wankel Rotary Heavy Fuel Engines - Recent Progress for UAV Application
Klotz, R.; Eiermann, D.; Royal Aeronautical Society
German National Library of Science and Technology (GetInfo) (German)
The determination of carrier-rings of engines with rotary drum II. Aspects concerning the rigidity determination
The Use of Optical Remote Sensing as Part of a Study to Evaluate Methods for Measuring Emission Factors from Military Aircraft Engines - Rotary Wing Engines
Kagann, R.; Hashmonay, R.; Chase, M.
The Two-Stroke Rotary Diesel Engine
Shapovalov, V.; SAE
The Study of Influence of Additional Intake Valve on the Rotary Engines 2 flanks
Federation Internationale des Societes d'Ingenieurs des Techniques de l'Automobile
The Influence of Fuel Quality on Rotary Distributor Injection Pumps for Diesel Engines
Mardell, J. E.; Hales, B. C.; SAE
The Development and Testing of Heavy Fuel Rotary Engines for UAVs: A Technical Update
Hill, W. R.; University of Bristol
The Development and Testing of Heavy Fuel Rotary Engines for UA Vs: A Technical Update
The Characteristics of Fuel Consumption and Exhaust Emissions of the Side Exhaust Port Rotary Engine
Shimizu, R.; Okimoto, H.; Tashima, S.
Synopsis of Rotary Engines Actual Trends and Research
Choy, J.; University of Birmingham
Stratified Charge and Homogeneous Charge Flowfields in Natural Gas Fueled Rotary Engines. Interim Report on Task 2.1.7 'Combustion/Stratification Studies'
Abraham, J.; Gas Research Inst., Chicago, IL
Shape-memory materials as a working substance for martensitic rotary engines
Mandzhavidze, A. G.; Barnov, V. A.; Sobolevskaya, S. V.
Sensorless control of a rotary valve actuator for combustion engines
Braune, S.; Kramer, K.-D.
SAE 1999-01-3322 / JSAE 9938077 A Study of Rotary Valve for a Single Cylinder Engine
Muroki, T.; Moriyoshi, Y.; Sekizuka, S.
Rotary turbine torques up more power: An engine design offers the advantages of rotary engines and turbines in a compact package which holds promise for hybrid powerplants
Rotary engine turns the corner: Reciprocating engines could find themselves replaced by a rotary engine that overcomes previous design shortfalls
Rotary Valve System for a Four-Cycle G-Kart Racing Engine
Storer, N. D.; Nelson, T.; Society of Automotive Engineers
Rotary Screw Compressors For Gas Gathering
Resistance of Ceramics in the Si 3N 4 - BN System to Long-Term Oxidation, Thermal Cycling, and High-Temperature Gas Stream
Ershova, N. I.; Kelina, I. Yu.
Putting a spin on rotary engines
Preliminary Axial Flow Turbine Design and Off-design Analysis Methods for the Rotary Wing Aircraft Engines II - Application
Chen, S.C.; AHS International
Performance and Combustion Characteristics of Direct-Injection Stratified-Charge Rotary Engines
Nguyen, H. L.; National Aeronautics and Space Administration, Cleveland, OH. Lewis Research Center
On Gear Modelling in Multistage Rotary Vane Engines
Librovich, B.; Tucker, R. W.; Wang, C.
Wang, C.; Librovich, B.; Tucker, R.W.
Note Describing a Rotary Internal Combustion Engine with Variable Compression Ratio During Operation
New Noncontacting Rotary Position Sensors
Joseph Klafter; Michael Urbakh
Methodical Use of Principles of Kinematics with Respect to Rotary Pumps and Engines
Stulen, J. H. B.; National Aeronautics and Space Administration, Washington, DC
Mazda's hydrogen future: Could hydrogen rotary engines bridge the gap between gasoline and electric power?
Mathematical modelling of rotary vane engines
Tucker, R. W.; Wang, C.; Librovich, B. V.
James Watt and his rotary engines
Hills, R. L.
Investigation of a rotary valving system with variable valve timing for internal combustion engines: Final technical report
Cross, P. C.; Hansen, C. N.; Department of Energy, Washington, DC
Hydrogen Fuelling of a Rotary Engine
Green, R. K.; Brown, R. K.; University of Reading
High pressure rotary spill pump with electronic control
Felton, G. N.; Institution of Mechanical Engineers; Combustion Engines Group
High Speed Electronic Fuel Injection for Direct Injected Rotary Engine
Meyer, A. E.; Schoemaker, C. R.; Society of Automotive Engineers
Heavy Fuel/Multi Fuel Rotary Engines for UAV/RPV Applications
Bax, J. G.; Association for Unmanned Vehicle Systems International
Heavy Fuel/Multi Fuel Engines for UAV/RPV
Bax, J. G.; Rotary, W.; Association for Unmanned Vehicle Systems International
Formulation for flutter and vibration analysis of a hingeless helicopter blade in hover: part II. Results of flutter stability and vibration analysis of a hingeless helicopter blade in hover
Ozgumus, Ozge Ozdemir; Kaya, Metin O.
Formulation for flutter and vibration analysis of a hingeless helicopter blade in hover: Part I
Engines for Rotary Aircraft
Effect of Leakage on Optimal Compression Ratio for Small-Scale Rotary Engines AIAA Paper
Sprague, S.; Walther, D.; Park, S.
ESDA2004-58608 Dynamic Behaviour of Rotary Vane Engines With One, Two and Four Work Units
Librovich, B. V.; Nowakowski, A. F.; American Society of Mechanical Engineers
Development of Natural Gas Rotary Engines. Final Report, June 1986-June 1991
Mack, J. R.; Gas Research Inst., Chicago, IL
Design and Experimental Results of Small-Scale Rotary Engines
Fu, K.; Knobloch, A. J.; Martinez, F. C.
Damage tolerance analysis of jet engine compressor disk using FEM
Gozin, M H; Aghaie-Khafri, M
DFIG-Based Power Generation System With UPS Function for Variable-Speed Applications
Iwanski, G.; Koczara, W.
DESIGN STUDY ON INTER-COOLED AND REGENERATED TURBOFANENGINES WITH ROTARY HEAT EXCHANGERS
Taguchi, H.; Whellens, M.; Pilidis, P.
Compact Rotary Spill Pump with Electronic Control for High Speed Direct Injection Engines
Felton, G. N.; Society of Automotive Engineers
Characterisation of Rotary Engine Design Parameters
Krishna, D. R.; Rao, M. V. S.; Jadavpur University
Cepstral Analysis for the Recovery of Apex Seal Interaction Forces in Rotary Engines
Britton, J. D.
CAM MECHANISMS FOR CONVERSION OF PISTON RECIPROCATING MOTION INTO DRIVE SHAFT ROTARY MOTION
Shvangiradze, G.; Shvangiradze, G.; University of Durham
Analysis of a Cylindroids Rotary Engine
Vargas, J. V. C.; Florea, R.; American Society of Mechanical Engineers; The Internal Combustion Engine Division
Analyses on ducted tail rotor and airfoil aerodynamic characteristics with CFD
Chen, Ke; Wang, Jian; Cao, Yihua
Alternative proton binding mode in ATP synthases
von Ballmoos, Christoph
AVL proposes rotary engines as range-extender units
AIAA-2007-1191 CONTINUOUS OPERATION OF A CYLINDRICAL ROTARY VALVE PDE AT A LOW SUPPLY PRESSURE CONDITION
Motohide, M.; Takashi, S.; Satoshi, Y.
AIAA 2006-1345 Development of Liquid Fuel Injection System for Small Scale Rotary Engines
Park, S.-W.; Walther, D. C.; Pisano, A. P.
A Review and Thermodynamic Analysis of a Rotary-Vee Internal Combustion Engine
Bailey, S. G.; Caton, J. A.; Society of Automotive Engineers
A New Turn for Rotary-Valve Engines
3-D Computations of Premixed-Charge Natural Gas Combustion in Rotary Engines
Abraham, J.; Bracco, F. V.
2007-01-1254 Hydrogen Combustion in a Novel Rotary DI-HCRI Engine with Low Heat Rejection
Blank, D. A.; Society of Automotive Engineers
2005-01-1522 Rotary Valve Revolution
Peliks, B.; Suh, N. P.
2004-32-0056 Cyclic Irregularities in Idle and Fuel Delivery Variation of a Rotary Fuel Injection Pump
Kant, K.; Pati, A. V. L.; Viswanath, B.
2003-01-3206 Rotary Engines - A Concept Review
Thompson, G. J.; Wowczuk, Z. S.; Smith, J. E.
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