Engineering Fluid Dynamics 2019-2020

Engineering Fluid Dynamics 2019-2020

E-kirja

Hjertager, Bjørn , Toimittaja

;

Hjertager, Bjørn , Muu

MDPI - Multidisciplinary Digital Publishing Institute 2021

Näytä muut versiot (2)

Tallennettuna:

Ulkoasu

1 electronic resource (384 p.)

Kieli

englanti

Alkuteoksen kieli

englanti

Julkaisija

Basel, Switzerland MDPI - Multidisciplinary Digital Publishing Institute, 2021

Aiheet

History of engineering & technology

CFD

hydrodynamic forces

free surface waves

URANS

vortex shedding

splash lubrication

gearbox

churning power losses

non-inertial coordinate system

ground roughness

large-eddy simulations

turbulent flow fields

turbulent structure

computational fluid dynamics (CFD)

large eddy simulations (LES)

3D hill

canopy

blocked-off-region procedure

heat recuperation

anisotropic scattering

numerical simulation

horizontal face angle

energy dissipation rates

stepped spillway

ultra-low specific speed magnetic drive pump

orthogonal test

splitter blades

optimized design

pressure fluctuation

turbulent flame

OH

CH2O

planar laser-induced fluorescence

self-excited oscillation jet

organ–Helmholtz nozzle

pressure pulsation amplitude

WMLES

VLSMs

LSMs

turbulent boundary flow

surrogate model

deep neural network

multiphase flow

horizontal pipe

pressure gradient

coherent structures

turbulent boundary layer

pre-multiplied wind velocity spectrum

spatial correlation coefficient field

heat release rate

smoke layer thickness

smoke stratification

numerical investigation

hydraulic characteristics

impinging water jet

impinging height

numerical calculation

swirler

genetic algorithms

experimental validation

welding spatter

shield arc metal welding

particle heat transfer

fire dynamics simulator (FDS)

fire suppression

extinguishing coefficient

pipe insulation

fire growth rate index

volume fraction

ignition heat source

maximum heat release rate

time to reach maximum HRR (heat release rate)

control

energy efficiency

unsteady RANS simulation

riser-induced slug flow

interaction between smoke and evacuees

inner smoke force

modified BR-smoke model

twin H-rotor vertical-axis turbines

wake

wavelet transform

computational fluid dynamics (CFD), multiphysics

thermoelectricity

traditional market

fire spread rate

radiant heat flux

separation distance

rotor stator interaction

secondary vortex

renewable energy

power extraction

Betz

freestream theory

hybrid simulation method

multi-fluid model

discrete element method, sedimentation, bed formation

PIV

baffle

maldistribution

Muu ilmiasu

3-0365-0214-9
3-0365-0215-7

Huomautus kielistä

English

Saatavuustiedot

Muut versiot (2)

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