Numerical method Our code uses Finite Volume method and the SIMPLE algorithm for discretizing the governing equations of flow and resolving the pressure-velocity coupling system.
What does FV stand for?
FV stands for Finite Volume
This definition appears very frequently and is found in the following Acronym Finder categories:
- Information technology (IT) and computers
- Military and Government
- Science, medicine, engineering, etc.
See other definitions of FV
We have 20 other meanings of FV in our Acronym Attic
- Federal Vision (theology)
- Feitelijke Vereniging (Dutch)
- Fernando Valenzuela (basebal player)
- Fiel Vergnügen
- Field Validation
- Field Verification (Census)
- Fighting Vehicle (military personnel vehicle; UK)
- Fighting Vipers (Sega game)
- File Viewing
- Final Vowel
Samples in periodicals archive:
Our customized code was developed in the MATLAB environment, with the finite volume enthalpy method applied.
Among the topics are why to model a fuel cell, structural and functional approaches, stack-level modeling, the finite element and finite volume approach, and detailed nexa proton exchange membrane fuel cell stack modeling.
Among the topics are one-dimensional finite volume simulation for large boulder transport, the rheological behavior of pyroclastic debris flow, soil moisture retrieval with remote sensing images for debris flow forecast in humid regions, experience treating road structure landslides by innovative methods of deep drainage, the distribution of debris flows and debris flow hazards in southeast China, regional methods for evaluating shallow landslide hazard in Italy and Central America, restoring the degraded torrential Arroyo del Partido stream in Spain with a flood control system, and dynamics of changes in bed load outflow from a small glacial catchment in West Spitsbergen.
Through shifting signals, Moscow seeks to induce countries in Central and Southeastern Europe to compete against each other for future supplies and transit of finite volumes of Russian gas.
The control volume integration distinguishes the finite volume method from all other CFD techniques.
In the following sections finite difference, finite element, and finite volume methods are applied to a model problem and the change in the point of view of physics is discussed.