Faculty

Institution

Unit

Venue

Phillip Ligrani

Eminent Scholar in Propulsion Professor

University of Alabama in Huntsville

Affiliations

College of Engineering

Mechanical & Aerospace Engineering

Phillip Ligrani is currently serving as a College Of Engineering Eminent Scholar in Propulsion Professor at University of Alabama In Huntsville.

Honors

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Experiences

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Education

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Phillip Ligrani

University of Alabama in Huntsville

Eminent Scholar in Propulsion Professor

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heat transfer thermal engineering applied physics mechanical engineering engineering fluid dynamics fluid mechanics materials science turbomachinery aerodynamics flow structure bulk flow pulsations instrumentation thermophysics thermodynamics microfluidics boundary layers performance evaluation shock waves hydraulics thermal analysis numerical predictions surface roughness turbulent boundary layer film cooling reynolds number numerical simulations sensor technology experimental thermodynamics thermal processing combustion science convective heat transfer engineering thermodynamics energy engineering mass transfer separation technology thermal transport friction factors compound angle orientations heat transfer characteristics numerical investigation rectangular channel surface heat transfer aerodynamic losses engine research electronic instrumentation sensor design instrument science experimental technology heat exchangers combustion engineering instrumentation engineering aeronautics separation techniques separation science thermal modeling aerospace technology viscous sublayer spatial resolution mechanical science energy conversion heat mass transfer advanced energy material quantitative science studies flow measurement embedded sensing thermography turbulence modeling channel modeling power engineering heat transfer process aerospace engineering

Notable Scholarly Works

Notable Federal Grants

Collaborators

Experimental and Numerical Investigation of Jet Impingement Cooling Onto a Rib Roughened Concave Internal Passage for Leading Edge Cooling of a Gas Turbine Blade. International Journal of Heat and Mass Transfer (2024)

Marius ForsterPhillip LigraniBernhard WeigandRico Poser

engineeringexperimental thermodynamicsheat transferjet impingementthermal engineeringgas turbine bladeapplied physicsedge coolingnumerical investigationmechanical engineering

Normal Shock Wave Coherence Relative to Other Flow Events With High and Low Levels of Inlet Mach Wave Unsteadiness. Shock Waves (2024)

W. ManneschmidtP. M. LigraniM. SorrellA. M. CiccarelliB. Weigand

fluid dynamicsunsteady flowsshock wavesengineering

Tip Gap Effects on Film Cooling Performance of a Transonic Turbine Blade With a Distinctive Coolant Supply Arrangement. International Journal of Heat and Mass Transfer (2024)

Phillip LigraniHallie CollopyGrayson FulmerHongzhou XuMichael Fox

engineeringtip gap effectstransonic turbine bladeheat transferthermal engineeringapplied physicsmechanical engineering

Unsteady Relationships Between Instantaneous Surface Heat Flux, Instantaneous Surface Temperature, and Tracked Shock Wave Phenomena. International Journal of Thermal Sciences (2024)

M. SorrellW. ManneschmidtP.M. Ligrani

shock wave phenomenathermophysicsinstantaneous surface temperaturethermal transportheat transferthermal engineeringthermal analysisenvironmental sciencenumerical simulationsshock waves

Conjugate Heat Transfer Evaluation of Turbine Blade Leading-Edge Swirl and Jet Impingement Cooling With Particulate Deposition. Journal of Turbomachinery (2023)

Xing YangZihan HaoZhenping FengPhillip LigraniBernhard Weigand

leading-edge swirlengineeringheat transferjet impingementthermal engineeringparticulate depositionmechanical engineeringturbomachinery

Effects of Blowing Ratio on Surface Heat Transfer Characteristics of a Transonic Turbine Squealer Blade Tip With a Double Plenum Film Cooling Supply Arrangement. International Journal of Heat and Mass Transfer (2023)

Grayson FulmerPhillip LigraniHallie CollopyHongzhou XuMichael Fox

convective heat transferfragmentation effectmaterials engineeringthermal engineeringmechanical engineeringturbomachinerydurability performancetransonic turbine squealerheat transferengine researchsupply arrangementengineeringexperimental analysisenergy performancefluid dynamicsperformance evaluationapplied physicsenergy efficiencycombustion science

Effects of Dusting Film Cooling Placement and Configuration on Surface Heat Transfer Characteristics of a Transonic Turbine Squealer Blade Tip. International Journal of Heat and Mass Transfer (2023)

Hallie CollopyPhillip LigraniWard ManneschmidtHongzhou XuMichael Fox

engineeringthermal managementheat transferthermal engineeringapplied physicsthermal processingmechanical engineering

Effects of Pressure Side Film Cooling Hole Placement and Condition on Surface Heat Transfer Coefficients Along a Transonic Turbine Blade Tip. International Journal of Thermal Sciences (2023)

Hallie CollopyPhillip M. LigraniHongzhou XuMichael Fox

engineeringthermal modelingheat transferthermal engineeringengineering thermodynamicsapplied physicspressure side filmthermal processingthermal analysismechanical engineering

Heat Transfer in Convergent Swirl Chambers for Cyclone Cooling in Turbine Blades. Applied Thermal Engineering (2023)

Florian SeiboldPhillip LigraniXing YangRico PoserBernhard Weigand

engineeringturbine bladesconvergent swirl chambersheat transferthermal engineeringapplied physicscyclone coolingmechanical engineering

Interrelationships of Entropy Production and Turbulence Kinetic Energy Associated With Simple Angle and Compound Angle Full Coverage Film Cooling. International Journal of Thermal Sciences (2023)

Phillip M. LigraniHwabhin KwonHeesung Park

heat transferthermal engineeringapplied physicsmaterials scienceentropy productionthermal analysisturbulence kinetic energy

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Phillip Ligrani

Eminent Scholar in Propulsion Professor

University of Alabama in Huntsville

Affiliations

College of Engineering

Mechanical & Aerospace Engineering

Phillip Ligrani is currently serving as a College Of Engineering Eminent Scholar in Propulsion Professor at University of Alabama In Huntsville.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Phillip Ligrani

University of Alabama in Huntsville

Eminent Scholar in Propulsion Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Marius ForsterPhillip LigraniBernhard WeigandRico Poser

engineeringexperimental thermodynamicsheat transferjet impingementthermal engineeringgas turbine bladeapplied physicsedge coolingnumerical investigationmechanical engineering

Normal Shock Wave Coherence Relative to Other Flow Events With High and Low Levels of Inlet Mach Wave Unsteadiness. Shock Waves (2024)

W. ManneschmidtP. M. LigraniM. SorrellA. M. CiccarelliB. Weigand

fluid dynamicsunsteady flowsshock wavesengineering

Tip Gap Effects on Film Cooling Performance of a Transonic Turbine Blade With a Distinctive Coolant Supply Arrangement. International Journal of Heat and Mass Transfer (2024)

Phillip LigraniHallie CollopyGrayson FulmerHongzhou XuMichael Fox

engineeringtip gap effectstransonic turbine bladeheat transferthermal engineeringapplied physicsmechanical engineering

Unsteady Relationships Between Instantaneous Surface Heat Flux, Instantaneous Surface Temperature, and Tracked Shock Wave Phenomena. International Journal of Thermal Sciences (2024)

M. SorrellW. ManneschmidtP.M. Ligrani

shock wave phenomenathermophysicsinstantaneous surface temperaturethermal transportheat transferthermal engineeringthermal analysisenvironmental sciencenumerical simulationsshock waves

Conjugate Heat Transfer Evaluation of Turbine Blade Leading-Edge Swirl and Jet Impingement Cooling With Particulate Deposition. Journal of Turbomachinery (2023)

Xing YangZihan HaoZhenping FengPhillip LigraniBernhard Weigand

leading-edge swirlengineeringheat transferjet impingementthermal engineeringparticulate depositionmechanical engineeringturbomachinery

Grayson FulmerPhillip LigraniHallie CollopyHongzhou XuMichael Fox

Hallie CollopyPhillip LigraniWard ManneschmidtHongzhou XuMichael Fox

engineeringthermal managementheat transferthermal engineeringapplied physicsthermal processingmechanical engineering

Effects of Pressure Side Film Cooling Hole Placement and Condition on Surface Heat Transfer Coefficients Along a Transonic Turbine Blade Tip. International Journal of Thermal Sciences (2023)

Hallie CollopyPhillip M. LigraniHongzhou XuMichael Fox

engineeringthermal modelingheat transferthermal engineeringengineering thermodynamicsapplied physicspressure side filmthermal processingthermal analysismechanical engineering

Heat Transfer in Convergent Swirl Chambers for Cyclone Cooling in Turbine Blades. Applied Thermal Engineering (2023)

Florian SeiboldPhillip LigraniXing YangRico PoserBernhard Weigand

engineeringturbine bladesconvergent swirl chambersheat transferthermal engineeringapplied physicscyclone coolingmechanical engineering

Interrelationships of Entropy Production and Turbulence Kinetic Energy Associated With Simple Angle and Compound Angle Full Coverage Film Cooling. International Journal of Thermal Sciences (2023)

Phillip M. LigraniHwabhin KwonHeesung Park

heat transferthermal engineeringapplied physicsmaterials scienceentropy productionthermal analysisturbulence kinetic energy

1
2
3
4
5
17
10 / page

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Similar Faculty Members

James Klausner

Institution

University of Florida

environmental engineering

alternative energy solution

Jeffrey Bons

Institution

Ohio State University

fluid dynamics

heat transfer enhancement

Ranganathan Kumar

Institution

University of Central Florida

environmental systems

combustion

Karen Thole

Institution

Pennsylvania State University

multifunctional materials

turbomachinery

Jacob N. Chung

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University of Florida

applied physics

heat transfer

Louis Chow

Institution

University of Central Florida

environmental engineering

refrigeration

Ankur Jain

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microscale heat transfer

thermal energy storage

Peiwen Perry Li

Institution

University of Arizona

thermodynamics

energy system

Ralph Greif

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University of California, Berkeley

numerical simulation

nuclear reactor safety

Fan-Bill Cheung

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Pennsylvania State University

nuclear thermal hydraulics

nuclear power