Faculty

Institution

Unit

Venue

Jai Kadambi

Professor Emeritus Mechanical and Aerospace Engineering

Case Western Reserve University

Affiliations

Case School of Engineering

Mechanical & Aerospace Engineering

Jai Kadambi is currently serving as a Case School Of Engineering Professor Emeritus Mechanical and Aerospace Engineering at Case Western Reserve University.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Jai Kadambi

Case Western Reserve University

Professor Emeritus Mechanical and Aerospace Engineering

You can click a keyword to filter the displayed items

applied physics engineering materials science fluid dynamics mechanical engineering fluid mechanics instrumentation thermal engineering particle technology energy engineering aerodynamics fluid flow experimental analysis slurry pump heat transfer ultrasound transmission turbomachinery hydraulic engineering optical engineering particle velocities particle image velocimetry experimental investigation powder metallurgy hydraulics refractive index air core space science manufacturing science manufacturing technology numerical simulations water science energy research blood flow particulate matter space engineering separation technology aeronautics aerospace technology fluid machinery laser processing technology laser science space applications piv investigations passive cyclonic separator slurry flows medicinal research cardiovascular research cardiovascular imaging aerosol science mineral engineering sustainable energy technologies engine research engineering optimization clinical evidence treatment effects hemostasis therapeutic efficacy novel therapies membrane transport mining and exploration mining science mining engineering mining industry space technology astronautics separation techniques thermal management advanced energy technology space environment potential biomarkers curative therapies sickle cell disease whole blood viscosity adjacent channel flow local particle concentration

Notable Scholarly Works

Notable Federal Grants

Collaborators

Influence of Near-Wall Piv Data on Recirculation Hemodynamics in a Patient-Specific Moderate Stenosis: Experimental-Numerical Comparison. Biorheology (2020)

Neha SharmaSudeep SastryJohn M. SankovicJaikrishnan R. KadambiRupak K. Banerjee

neurologybenchmark studiespatient-specific moderate stenosisexperimental-numerical comparisonhematologyorthopaedic surgerynear-wall piv datarecirculation hemodynamicsexperimental analysishealth sciences

Whole Blood Viscosity and Red Blood Cell Adhesion: Potential Biomarkers for Targeted and Curative Therapies in Sickle Cell Disease. American Journal of Hematology (2020)

Erdem KucukalYuncheng ManAilis HillShichen LiuAllison BodeRan AnJaikrishnan KadambiJane A. LittleUmut A. Gurkan

curative therapiescardiovascular diseasecardiovascular researchsickle cell diseasemedicinal researchhepatologyhematologydermatologyhemostasisnovel therapieswhole blood viscositymedicineclinical evidencetreatment effectstherapeutic efficacygeneticspotential biomarkers

Experimental and Numerical Investigations of the Fluid Flow in a Hydroclyclone With an Air Core. Mining Metallurgy & Exploration (2019)

Renjie KeChinmay ShingoteJaikrishnan R. KadambiJohn FurlanRobert Visintainer

numerical investigationsmining engineeringengineeringfluid flowair coremining and explorationfluid mechanicsexperimental analysismining industrymineral engineeringmining sciencematerials science

Wind Energy Harnessing System for Low and High Wind Speeds. (2019)

Majid RashidiJaikrishnan R. KadambiRenjie Ke

energy harvestingtechnologywind energy

Particle Image Velocimetry Measurements of Flow Inside a Hydrocyclone With an Air Core. (2018)

Chinmay ShingoteJohn FurlanJaikrishnan KadambiRobert VisintainerRenjie KeMohamed Garman

air coreengineeringfluid dynamics

Experimental and Computational Investigation of an Air Core Inside a Milling Circuit Hydroclone. (2017)

J. R. KadambiC. ShingoteR. KeZ. TianJ. FurlanR. Visintainer

manufacturingengineeringair coremechanical engineeringcomputational investigationexperimental analysismilling circuit hydrocloneapplied physicsinstrumentation

The Influence of Non-Condensable Gas on an Integral Planar Heat Pipe Radiators for Space Applications. International Journal of Heat and Mass Transfer (2017)

Kuan-Lin LeeJaikrishnan R. KadambiYasuhiro Kamotani

thermal engineeringspace applicationsnon-condensable gasengineeringmechanical engineeringheat transferapplied physics

Design of a Rooftop Wind Harnessing System With Smart Wind Deflecting Structure. (2016)

Majid RashidiJ. R. KadambiScott Suren

wind engineeringrooftop windengineeringaerodynamicsdesignaerospace engineering

Compact Heat Rejection System Utilizing Integral Planar Variable Conductance Heat Pipe Radiator for Space Application. Gravitational and Space Research (2015)

Kuan-Lin LeeYeyuan LiBrian GuzekJaikrishnan KadambiYasuhiro Kamotani

thermal engineeringspace engineeringspace environmentspace scienceheat transferspace researchapplied physicsplanetary sciencesspace applicationaerospace engineering

Design and Analysis of a Large-Scale Positive Displacement Vane Pump for Wind Tower Application. (2015)

Majid RashidiJ. R. KadambiTimothy Hanrahan

thermal engineeringwind engineeringwind tower applicationengineeringrenewable energyengineering optimization

1
2
3
4
5
8
10 / page

Jai Kadambi

Professor Emeritus Mechanical and Aerospace Engineering

Case Western Reserve University

Affiliations

Case School of Engineering

Mechanical & Aerospace Engineering

Jai Kadambi is currently serving as a Case School Of Engineering Professor Emeritus Mechanical and Aerospace Engineering at Case Western Reserve University.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Jai Kadambi

Case Western Reserve University

Professor Emeritus Mechanical and Aerospace Engineering

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Influence of Near-Wall Piv Data on Recirculation Hemodynamics in a Patient-Specific Moderate Stenosis: Experimental-Numerical Comparison. Biorheology (2020)

Neha SharmaSudeep SastryJohn M. SankovicJaikrishnan R. KadambiRupak K. Banerjee

Whole Blood Viscosity and Red Blood Cell Adhesion: Potential Biomarkers for Targeted and Curative Therapies in Sickle Cell Disease. American Journal of Hematology (2020)

Erdem KucukalYuncheng ManAilis HillShichen LiuAllison BodeRan AnJaikrishnan KadambiJane A. LittleUmut A. Gurkan

Experimental and Numerical Investigations of the Fluid Flow in a Hydroclyclone With an Air Core. Mining Metallurgy & Exploration (2019)

Renjie KeChinmay ShingoteJaikrishnan R. KadambiJohn FurlanRobert Visintainer

numerical investigationsmining engineeringengineeringfluid flowair coremining and explorationfluid mechanicsexperimental analysismining industrymineral engineeringmining sciencematerials science

Wind Energy Harnessing System for Low and High Wind Speeds. (2019)

Majid RashidiJaikrishnan R. KadambiRenjie Ke

energy harvestingtechnologywind energy

Particle Image Velocimetry Measurements of Flow Inside a Hydrocyclone With an Air Core. (2018)

Chinmay ShingoteJohn FurlanJaikrishnan KadambiRobert VisintainerRenjie KeMohamed Garman

air coreengineeringfluid dynamics

Experimental and Computational Investigation of an Air Core Inside a Milling Circuit Hydroclone. (2017)

J. R. KadambiC. ShingoteR. KeZ. TianJ. FurlanR. Visintainer

manufacturingengineeringair coremechanical engineeringcomputational investigationexperimental analysismilling circuit hydrocloneapplied physicsinstrumentation

The Influence of Non-Condensable Gas on an Integral Planar Heat Pipe Radiators for Space Applications. International Journal of Heat and Mass Transfer (2017)

Kuan-Lin LeeJaikrishnan R. KadambiYasuhiro Kamotani

thermal engineeringspace applicationsnon-condensable gasengineeringmechanical engineeringheat transferapplied physics

Design of a Rooftop Wind Harnessing System With Smart Wind Deflecting Structure. (2016)

Majid RashidiJ. R. KadambiScott Suren

wind engineeringrooftop windengineeringaerodynamicsdesignaerospace engineering

Compact Heat Rejection System Utilizing Integral Planar Variable Conductance Heat Pipe Radiator for Space Application. Gravitational and Space Research (2015)

Kuan-Lin LeeYeyuan LiBrian GuzekJaikrishnan KadambiYasuhiro Kamotani

thermal engineeringspace engineeringspace environmentspace scienceheat transferspace researchapplied physicsplanetary sciencesspace applicationaerospace engineering

Design and Analysis of a Large-Scale Positive Displacement Vane Pump for Wind Tower Application. (2015)

Majid RashidiJ. R. KadambiTimothy Hanrahan

thermal engineeringwind engineeringwind tower applicationengineeringrenewable energyengineering optimization

1
2
3
4
5
8
10 / page

Similar Faculty Members

Francine Battaglia

Institution

University at Buffalo

turbulence modeling

reacting flows

Michael Olsen

Institution

Iowa State University

engineering

fluid mechanics

Vincent McDonell

Institution

University of California, Irvine

combustion

future fuel

John Eaton

Institution

Stanford University

fluid dynamics

applied physics

James A. Liburdy

Institution

Oregon State University

environmental control

engineering

Hirotaka Sakaue

Institution

University of Notre Dame

fluid flow

fluorescence

Theodore Heindel

Institution

Iowa State University

fluid flow

environmental engineering

Satwindar Singh Sadhal

Institution

University of Southern California

fluid flow

ocular fluid dynamics

Peter Vorobieff

Institution

University of New Mexico

engineering

renewable energy

Ranganathan Kumar

Institution

University of Central Florida

environmental systems

combustion

Similar Faculty Members

Francine Battaglia

Institution

University at Buffalo

turbulence modeling

reacting flows

Michael Olsen

Institution

Iowa State University

engineering

fluid mechanics

Vincent McDonell

Institution

University of California, Irvine

combustion

future fuel

John Eaton

Institution

Stanford University

fluid dynamics

applied physics

James A. Liburdy

Institution

Oregon State University

environmental control

engineering

Hirotaka Sakaue

Institution

University of Notre Dame

fluid flow

fluorescence

Theodore Heindel

Institution

Iowa State University

fluid flow

environmental engineering

Satwindar Singh Sadhal

Institution

University of Southern California

fluid flow

ocular fluid dynamics

Peter Vorobieff

Institution

University of New Mexico

engineering

renewable energy

Ranganathan Kumar

Institution

University of Central Florida

environmental systems

combustion