Keywords: در زدن; Knock; Internal combustion engines; Fourier transform; Resonance; In-cylinder pressure;
مقالات ISI در زدن (ترجمه نشده)
مقالات زیر هنوز به فارسی ترجمه نشده اند.
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در صورتی که به ترجمه آماده هر یک از مقالات زیر نیاز داشته باشید، می توانید سفارش دهید تا مترجمان با تجربه این مجموعه در اسرع وقت آن را برای شما ترجمه نمایند.
Keywords: در زدن; SI combustion; EGR; End-gas temperature; Knock; Experiments;
Keywords: در زدن; Miller cycle; Split injection; Knock; Engine power; Boost pressure;
Keywords: در زدن; Knock; SI engines; STFT; Resonance; Control;
Keywords: در زدن; Low-alcohol/iso-ctane blends; Spark-ignition engine; Chemical kinetics; Auto-ignition characteristic; Knock;
Keywords: در زدن; Knock; Automotive piston; Al-Si-Cu-Ni-Mg alloy; Failure analysis; Microstructure;
Keywords: در زدن; Knock; SI engines; STFT; Resonance; Control;
Keywords: در زدن; 2-Phenylethanol; Knock; Emission; Intake pressure; Biofuel;
Keywords: در زدن; Methanol; ORCEM; Knock; LES; Detailed chemical kinetics;
Keywords: در زدن; Pentane; Autoignition; Knock; Spark-ignition engine; Nitric oxide;
Keywords: در زدن; Lignin; Knock; Constant volume autoignition; Anisole; Guaiacol; Octane boosters;
Keywords: در زدن; Knock; Detonation; End gas auto-ignition; Cooper bessemer GMV; Large bore natural gas engine; Pipeline engine; Pipeline compressor; Integral compressor; Two-stroke; Variable fuel quality; Shale gas; High ethane;
Keywords: در زدن; Spark ignition; Knock; Research octane number (RON); Engine rotational speed; Classification;
Keywords: در زدن; Knock; Ethanol; Direct injection; Gasoline;
Keywords: در زدن; Al-Si-Cu-Mg alloy; Engine piston; Damage; Abnormal combustion; Knock; Pre-ignition;
Keywords: در زدن; Spark-ignition engine; Knock; Phenomenological model; Knock intensity; Engine cycle simulation;
Keywords: در زدن; aTDC; After top dead center; BOB; Blendstock for oxygenate blending; bTDC; Before top dead center; CA50; Crank angle at which 50% of the fuel mass has been burned; CAD; Crank angle degrees; cc; Cubic centimeters; CoV; Coefficient of variation; CO2; Carbon
Keywords: در زدن; Atkinson and Miller cycles; Thermal efficiency; Load control; NOx; Knock; Hybrid electric vehicle;
Keywords: در زدن; Octane; Knock; Auto-ignition; Gasoline; Downsizing; AKI; anti knock index; BDE; bond dissociation energy; bTDC; before top dead center; CFR; cooperative fuels research; CN; cetane number; EP; ethyl propionate; FAME; fatty acid methyl ester; FBRU; full-boi
Keywords: در زدن; High compression ratio; Electromagnetic valve train; Knock; Later EVO; Scavenging effect; GCR; geometric compression ratio; EMVT; electromagnetic valve train; EVO; exhaust valve opening; IVC; intake valve closing; AF; air fuel ratio; BSFC; break specific
Keywords: در زدن; Auto-ignition; Ignition delay model; Fuel blend; Negative temperature coefficient (NTC); Knock
Keywords: در زدن; Optical; Auto-ignition; Developing detonation; Downsizing; Knock; Super-Knock;
Keywords: در زدن; Biodiesel; Engine; Vibration; Knock; TFR analysis
Keywords: در زدن; Miller cycle; Knock; Quasi-dimensional model; DOE; Monte Carlo method
Keywords: در زدن; Spark-ignition; Knock; EGR; Turbocharging; Cyclic variability; Fuel consumption;
Keywords: در زدن; Hydrogen; Spark ignition engine; Flame kernel growth rate; Knock; Exhaust gas recirculation;
Keywords: در زدن; LES; Knock; Autoignition; Internal combustion engine; Reduced scheme;
Keywords: در زدن; Pressure wave; Knock; Deflagration–detonation transition; Auto-ignition; Hydrogen
Keywords: در زدن; Auto-ignition; Knock; Heat release; Pressure oscillations; Numerical simulation;
Keywords: در زدن; Octane; Blending; Knock; Spark ignition; Biofuel;
Keywords: در زدن; Conjugate Heat Transfer; Knock; Heat Transfer; Combustion”;
Keywords: در زدن; Methanol; Ethanol; Spark-ignition engine; Thermodynamic; Modeling; Knock;
Keywords: در زدن; Engine; Spark ignition; Autoignition; Knock; Knock integral method; Detailed chemical kinetics
Keywords: در زدن; Knock; Spark ignition engine; Pressure wave; Propagating flame; Damköhler number;
Keywords: در زدن; AFR; air-fuel ratio; BMEP; brake mean effective pressure; BMF; burned mass fraction; BSFC; brake specific fuel consumption; BSP; brake specific power; CAD; crank angle degree; CCV; cyclic combustion variability; CFR; cooperative fuel research; CV; coeffic
Compression ratio influence on combustion and emissions characteristic of hydrogen diesel dual fuel CI engine: Numerical Study
Keywords: در زدن; Hydrogen; Dual-fuel mode; Knock; Low-Temperature Combustion; Combustion; Emissions;
Combustion performance of dual-injection using n-butanol direct-injection and gasoline port fuel-injection in a SI engine
Keywords: در زدن; Dual-injection; n-Butanol; Knock; Biofuel; Spark-ignition;
Effects of applying EGR with split injection strategy on combustion performance and knock resistance in a spark assisted compression ignition (SACI) engine
Keywords: در زدن; SACI; Knock; Internal EGR; External EGR; Split injection;
Characterization of combustion anomalies in a hydrogen-fueled 1.4â¯L commercial spark-ignition engine by means of in-cylinder pressure, block-engine vibration, and acoustic measurements
Keywords: در زدن; Backfire; Hydrogen; Internal combustion engine; Knock; Noise; Pre-ignition;
Knock characteristics of SI engine fueled with n-butanol in combination with different EGR rate
Keywords: در زدن; SI engine; n-Butanol; Knock; EGR; Compression ratio; Supercharging;
Influence of methane content on a LNG heavy-duty engine with high compression ratio
Keywords: در زدن; Liquefied natural gas; Heavy-duty engine; Fuel composition; Methane content; Compression ratio; Knock;
Correlation between cycle-by-cycle variation, burning rate, and knock: A statistical study from PFI and DISI engines
Keywords: در زدن; Cycle-by-cycle variation; Knock; Burning rate; SI engine; Direct injection;
The interactions between IC engine thermodynamics and knock
Keywords: در زدن; IC engines; Thermodynamics; Engine efficiency; Knock; Autoignition;
Pressure and temperature effects on fuels with varying octane sensitivity at high load in SI engines
Keywords: در زدن; Octane sensitivity; Octane index; Low temperature heat release; Intermediate temperature heat release; Negative temperature coefficient; Knock; aTDCf; After firing top dead center; CA; Crank angle; CA1; Crank angle of 1% heat release; CA5; Crank angle of
Study about the link between injection strategy and knock onset in an optically accessible multi-cylinder GDI engine
Keywords: در زدن; Gasoline direct injection; Optical engine; Flame propagation; Abnormal combustion; Knock; Split injection;
Stochastic Simulation of a CumSum Knock Controller
Keywords: در زدن; Automotive control; Stochastic control; Spark advance control; knock
Combustion and Intake/Exhaust Systems Diagnosis Based on Acoustic Emissions of a GDI TC Engine
Keywords: در زدن; Acoustic emissions; combustion control; engine diagnosis; misfire; knock;
Experimental investigation on the knocking combustion characteristics of n-butanol gasoline blends in a DISI engine
Keywords: در زدن; Biofuel; n-Butanol; Knock; Experiments; Direct-injection spark ignition;
Performance optimization of a spark-ignition turbocharged VVA engine under knock limited operation
Keywords: در زدن; Engine downsizing; Fuel economy; Knock; VVA; Optimization; 1D model;
Potentials of cooled EGR and water injection for knock resistance and fuel consumption improvements of gasoline engines
Keywords: در زدن; Engine downsizing; Knock; 1D model; Cooled EGR; Water injection;