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RESEARCH PROGRAM
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Research Units
Similar research programs:
- 1 - BASIC PHENOMENA AND APPLICATIONS IN THE NEW COOLING TECHNIQUES AND TRANSPORT PHENOMENA WITH JETS
- 2 - Prediction of thermo-fluid-dynamic and structural effects of tunnel fires, for risk analysis and emergency management
- 3 - Multiscale modelling and development of process reactors for polymeric nanoparticle precipitation
- 4 - Ceramic nanocomposites from preceramic precursors and carbon nanotubes
- 5 - Catalytic/photocatalytic oxidative activation in organic synthesis
- 6 - TRANSPORT TECHNIQUES VIA ULTRASOUND IN MEDICAL THERAPEUTICS
- 7 - Nanoscale self-assembled porphyrin based complexes: properties and technological applications
- 8 - The spatio-temporal boundaries of attention in neurologically intact and impaired human adults
- 9 - TISSUTAL METABOLISM AND GENIC EXPRESSION: NEWS PERSPECTIVES IN SURGERY
- 10 - Design and Prototyping of Nano-Devices based on MIM and MOM Technology for Direct Conversion of Solar Energy
Scientific and education field classification
International Patent Classification
- MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING ENGINES OR PUMPS
- COMBUSTION APPARATUS; COMBUSTION PROCESSES
- BURNERS (generating combustion products of high pressure or high velocity F23R)
- POSITIVE DISPLACEMENT MACHINES FOR LIQUIDS; PUMPS FOR LIQUIDS OR ELASTIC FLUIDS (portable fire-extinguishers with manually-operated pumps A62C11/00, with power-driven pumps A62C25/00; charging or scavenging combustion engines by pumps F02B; engines fuel-injection pumps F02M; ion pumps H01J41/00; electro-dynamic pumps H02K44/02)
- PUMPING OF FLUID BY DIRECT CONTACT OF ANOTHER FLUID OR BY USING INERTIA OF FLUID TO BE PUMPES; SIPHONS [N: Conveying materials in bulk by flows of gas, liquid of foam B65G53/00]
- COMBUSTION APPARATUS; COMBUSTION PROCESSES
Geographical classification
- Region: Lazio
Bibliografia
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Keywords
THERMAL AND FLUID DYNAMICS, EXPERIMENTAL, NUMERICAL, JETS, FLAMES, FLUID/STRUCTURE INTERACTION, VISUALIZATION, ACOUSTICSTHERMAL AND FLUID DYNAMICS ANALYSIS OF JETS AND FLAMES WITH FLUID/STRUCTURE INTERACTION AND ACOUSTIC PHENOMENA.
Università degli Studi di Roma "Tor Vergata"Abstract
The present research is aimed to investigate some thermal and fluid dynamics phenomena of gas jets (without chemical reaction) and flames which can be split into three subjects:- Thermal and fluid dynamics of the interaction jet/transversal flow.
- Thermal and fluid dynamics of the fluid/structure interaction.
- Thermal and fluid dynamics of flames/jets with associated acoustic phenomena.
Each subject can be split in topics which will be treated by the research unit according to the following scheme.
Thermal and fluid dynamics of the interaction jet/transversal flow.
TOR VERGATA
This topic investigates the fluid dynamics, with anemometric measurements and flow visualizations, of a jet of air which enters into a transversal flow of air. The goal is to study the effect of the thermal and fluid dynamics conditions of the jet onto its evolution inside the transversal flow.
Thermal and fluid dynamics of the fluid/structure interaction.
TOR VERGATA
This topic is related to the numerical investigation, with commercial codes, of the fluid flow and heat transfer inside thermal protections used in the nozzles of space vehicles and in the protective surfaces of spacecrafts during the re-entry into the Earth atmosphere.
POTENZA-RUOCCO
This topic is aimed to study numerically and experimentally the thermal and fluid dynamics interaction between a jet of a >>>
Principal Investigator
Fabio Gori Università degli Studi di ROMA "Tor Vergata"Research Objectives
The goal of the present research is to study some thermal and fluid dynamics phenomena of gas jets (without chemical reaction) and flames which can be split in three subjects:- Thermal and fluid dynamics of the interaction jet/transversal flow.
- Thermal and fluid dynamics of the fluid/structure interaction.
- Thermal and fluid dynamics of flames/jets with associated acoustic phenomena.
The goals of each subject can be split into the goal of the topic which is treated by the research unit according to the following scheme.
Thermal and fluid dynamics of the interaction jet/transversal flow.
TOR VERGATA
The goal of this topic is to study the effect of the thermal and fluid dynamics conditions, including the presence of the undisturbed region, of an air jet onto its thermal and fluid dynamic evolution inside a transversal flow of air.
Thermal and fluid dynamics of the fluid/structure interaction.
TOR VERGATA
The goal of this topic is the numerical investigation, with commercial codes, of the flow inside nozzles with thermal protections, on protective surfaces of spacecrafts during the re-entry into the Earth atmosphere, of jets impinging thermal protections and the heat transfer in the surface itself.
POTENZA-RUOCCO
The objective of this topic is to study heat/mass transfer features of gaseous jet impingement on solid/porous substrate, typical of >>>
Timescale
24 monthsNational and international background
The scientific background of the present research is presented on several thermal and fluid dynamics phenomena of gas jets (without chemical reaction) and flames which can be split in three subjects:- Thermal and fluid dynamics of the interaction jet/transversal flow.
- Thermal and fluid dynamics of the fluid/structure interaction.
- Thermal and fluid dynamics of flames/jets with associated acoustic phenomena.
The scientific background of each subject can be split into the topic which is treated by the research unit according to the following scheme.
Thermal and fluid dynamics of the interaction jet/transversal flow.
TOR VERGATA
In the cooling of surfaces with jets, i.e. transpiration or film cooling problem, the fluid jet coming out from a surface is used to protect the surface itself from the heating due to the hot fluid flowing on it.
The thermal and fluid dynamics interaction between the transversal flow and the incoming jet has been investigated for several years. An important state of art of the literature is reported in [1] where the main aspects of the problem are presented and discussed. The fluid dynamics of a single jet is reviewed in [2] where the results of the literature [3-12] are critically analysed. The rows of holes have been investigated in [13-22] while the applications to the cooling of turbine blades are examined in [22-33].
Thermal and fluid dynamics of the >>>
