CVC

(redirected from Constant Volume Combustion)
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AcronymDefinition
CVCCentro Virtual Cervantes (Spanish-language instruction and Hispanic culture)
CVCCentral Venous Catheter (medical)
CVCCasiers Vestiaires Consignes (French locker manufacturer)
CVCCalifornia Vehicle Code
CVCCard Verification Code (credit cards)
CVCCentral Vigilance Commission (India)
CVCCathéter Veineux Central (French: Central Venous Catheter)
CVCCalifornia Virtual Campus
CVCCardiovascular Center
CVCCapitol Visitor Center (Washington DC)
CVCConsonant-Vowel-Consonant
CVCCommonwealth of Virginia Campaign
CVCCompact Video Cassette
CVCCard Validation Check
CVCCompact Video Codec
CVCCurrent Voltage Characteristic
CVCCrystal View Control
CVCCard Verification Code
CVCContivity Vpn Client
CVCCorporate Venture Capital
CVCCedar Valley College
CVCCuyahoga Valley Church (Broadview Heights, OH)
CVCClarence Valley Council (Australia)
CVCConvention and Visitors Commission (St. Louis, MO)
CVCCustomer Value Creation
CVCCiticorp Venture Capital (Citigroup)
CVCClear Voice Capture (Clarity)
CVCCentre de Vulgarisation de la Connaissance (French: Extension Center of Knowledge)
CVCConseils et Verification Canada (Consulting and Audit Canada)
CVCCirculation Verification Council
CVCConstant Volume Combustion (engines)
CVCCitrus Variety Collection (University of California, Riverside)
CVCCentral Valley Cali
CVCCentral Vacuum Cleaning (cleaning system)
CVCCode Verification Certificate (computer security)
CVCCombat Vehicle Crewman
CVCCitroën Veteranen Club (German automobile club)
CVCCamera and Video Capture
CVCChauffage Ventilation Climatisation (French: Heating, Ventilation, & Air Conditioning)
CVCCombat Veterans to Careers
CVCConserved Vector Current
CVCCorporate Value Consulting
CVCCape Verdean Community (Massachusetts)
CVCCountry Vélo Club (French country club)
CVCCentre de Vie Chrétienne (French: Christian Life Center)
CVCCounty Voluntary Council (Wales, UK)
CVCComberton Village College (Cambridge, England)
CVCChurch Volunteer Central (Group Publishing; Loveland, CO)
CVCChagrin Valley Conference (Ohio)
CVCChemical Vapor Cleaning (semiconductors)
CVCCentro Velico Caprera (Caprera Sailing School)
CVCCaudal Vena Cava (veterinary)
CVCColonial Valley Conference
CVCCedar Valley Communications (Texas)
CVCCercle de la Voile de Chevroux (French sailing club)
CVCChief Value of Cotton
CVCC4ISR Visualization Center (Pentagon exercise portal)
CVCCircuit Vidéo Cinéma (French: Video Film Circuit)
CVCCoors Visitor Centre (UK)
CVCCurrent-to-Voltage Converter
CVCConclave Vice-Chief (Conclave, Order of the Arrow, Boy Scouts of America)
CVCConference Vice-Chief (National Order of the Arrow Conference, Boy Scouts of America)
CVCCleveland Vibrator Co.
CVCCurrent-Voltage Curve (physics)
CVCChemical and Volume Control (nuclear power)
CVCConventional Vibrated Concrete (dam construction)
CVCCAIS Validation Capability
CVCCustomer Value Contract
CVCCare for Vulnerable Children
CVCCorporate Visit Center
CVCCombat Vehicle Control
CVCConejo Valley Cloggers
CVCCIPS (Cyberspace Infrastructure Planning System) Visualization Component (US DoD)
CVCCombustible Vapor Concentration
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References in periodicals archive ?
There have been other practices and methodologies used in the study of WiDE other than the above mentioned ones, such as WiDE and other test fuels in a diesel like constant volume combustion chamber and rapid compression expansion machine with controllable temperatures and pressures in the range of 293-923 K and 0.1-5.0 MPa, respectively [12,20-26].
Its method has been approved, published, and embodied in ASTM D7668, "Standard Test Method for Determination of Derived Cetane Number of Diesel Fuel Oils--Ignitior Delay and Combustion Delay Using a Constant Volume Combustion Chamber Method." Accurate analysis of DCN is an important tool for diesel and biodiesel fuel blenders since it helps maintain fuel consistency and quality.
Constant volume combustion inherently possesses an associated pressure rise, larger temperature increase, and a lower entropy generation for the working fluid during the combustion process, resulting in an increase in the available enthalpy for work extraction when compared to a constant pressure combustion event at the same initial conditions.
The assumption of constant volume combustion produces a pressure difference between the burned and unburned zones.
Using an advanced constant volume combustion chamber (CVCC) equipped with sensors that collect data during the ignition and combustion phase, the FIT is designed and optimized to simulate the conditions of the combustion process of an actual diesel engine.
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