Faculty

Institution

Unit

Venue

R. Wayne Johnson

Professor Emeritus

Auburn University

Affiliations

Samuel Ginn College of Engineering

Electrical and Computer

R. Wayne Johnson is currently serving as an Electrical And Computer Professor Emeritus at Auburn University.

Honors

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Experiences

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Education

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R. Wayne Johnson

Auburn University

Professor Emeritus

You can click a keyword to filter the displayed items

electrical engineering materials science electronic packaging microelectronics engineering manufacturing mechanical engineering manufacturing technology electronics materials engineering power electronics component technology optoelectronics advanced manufacturing technologies manufacturing engineering printed electronics advanced packaging (semiconductors) thermal engineering semiconductors reliability manufacturing science solid-state electronics instrumentation semiconductor devices advanced materials reliability engineering semiconductor technology electronic materials microelectronics reliability semiconductor device fabrication sensor technology performance characterization high-temperature applications flip chip additive manufacturing advanced manufacturing metal processing wetting flip chip assembly electronic engineering industrial electronics power devices aerospace technology aeronautics sustainable packaging geothermal energy micro-electromechanical systems laminate assemblies high-temperature storage die attach diamond nanofluids manufacturing systems thermal management wafer scale processing fabrication techniques chip-scale package power semiconductor devices thermal modeling sintering surface finish circuit reliability cryogenics astronautics space technology silicon carbide automotive environment packaging technology degc applications die stresses multichip thin-film technology high-temperature packaging thermal cycling studies dbc substrates vehicular technology advanced dielectric animal behavior

Notable Scholarly Works

Notable Federal Grants

Collaborators

Corrigendum to ``Thermo-Physical Properties of Diamond Nanofluids: A Review'' [Int. J. Heat Mass Transfer 129 (2019) 1123–1135]. International Journal of Heat and Mass Transfer (2020)

Hamidreza Ghasemi BahrasemanFarzin MashaliEthan Mohseni LanguriJim DavidsonDavid KernsWayne JohnsonKashif NawazGlenn Cunningham

materials scienceheat transferdiamond nanofluidsthermal engineeringthermo-physical properties

Method for Determining Frequency Dependent Thermomechanical Behavior of Polymer Films at Cryogenic Temperatures. Cryogenics (2020)

Bo BonningHolly A. StretzChristopher D. WilsonWayne R. Johnson

materials sciencecryogenic temperaturescryogenicsmechanical engineeringapplied physicspolymer science

Western Diet-Induced Obesity Disrupts the Diurnal Rhythmicity of Hippocampal Core Clock Gene Expression in a Mouse Model. Brain Behavior and Immunity (2020)

Lauren N. WoodieRobert M. JohnsonBulbul AhmedSavanah FowlerWilliam HaynesBeatriz CarmonaMiranda ReedVishnu SuppiramaniamMichael W. Greene

animal behaviorenergy homeostasisliver physiologydiurnal rhythmicitycellular physiologynutritional neurosciencebehavioral neuroendocrinologybehavioral neurosciencemouse modelmembrane biologywestern diet-induced obesityneurosciencesystems neuroscienceneurologygene expressionmammalian biologychronobiologyanimal physiologyobesitybiological psychologybehavioral sciences

Memories of Rhythms Past: Evidence for Hippocampal Core Clock Disruptions in a Murine Model of Western Diet-Induced Obesity (Or32-02-19). Current Developments in Nutrition (2019)

Lauren WoodieRobert JohnsonBulbul AhmedMichael Greene

energy homeostasismemory studiesliver physiologynutritional neurosciencememorywestern diet-induced obesitymemory lossneuroscienceclimate changecognitive neurosciencerhythms pastmurine modelchronobiologyanimal physiologyhealth sciencesobesitynutritionneuroscience of agingwestern pattern dietphysiology

Particulate Functionalized Nanodiamond as a Low Concentration Additive to Liquid Systems to Enhance Their Thermal Extraction Capability. (2019)

Farzin MashaliEthan M. LanguriJim DavidsonDavid KernsBlake BransonWayne JohnsonLino CostaKathleen Lansford

nanoparticle researchmaterials sciencenanotechnologynanoengineeringchemical engineeringparticulate matterthermal extraction capabilitynanomaterialslow concentration additiveapplied physicsinorganic chemistryfunctional nanomaterialsnanoscale chemistry

Superposition-Based Predictions of Creep for Polymer Films at Cryogenic Temperatures. Cryogenics (2019)

Bo BonningC. Jordan BlackburnHolly A. StretzChristopher D. WilsonWayne R. Johnson

materials sciencecryogenic temperaturespolymer filmscryogenicssuperposition-based predictionsmechanical engineeringapplied physicspolymer science

The Metabolic Phenotype Associated With Mounting an Immune Response to a Systemic Infection of Listeria Monocytogenes (Fs12-07-19). Current Developments in Nutrition (2019)

Robert JohnsonAdesola OlatundeLauren WoodieMichael GreeneElizabeth Schwartz

liver physiologyantimicrobial resistanceimmune responseslisteria monocytogenesclinical microbiologydigestive diseaseshuman nutritionnutrient physiologyveterinary medicinefoodborne illnessnutritional sciencesmicrobial pathogenesisinfectious diseasesclinical nutritionfood researchimmunologyepidemiologyadaptive immune systemsystemic infectionmetabolic phenotypenutrition

Thermal Shock Reliability of Isothermally Aged Doped Lead-Free Solder With Semiparametric Estimation. IEEE Transactions on Components Packaging and Manufacturing Technology (2019)

Anto RajThomas SandersSharath SridharJohn L. EvansMichael J. BozackWayne R. JohnsonD. Mark Carpenter

materials sciencemanufacturing technologyparameter estimationthermal shock reliabilityreliabilityadvanced manufacturing technologiesmanufacturing engineeringmechanical engineeringmanufacturing sciencecomponent technologymicroelectronicssemiparametric estimationelectronic packagingmanufacturingprinted electronicselectrical engineering

Characterization and Heat Transfer Analysis of Diamond Nanofluids. Proceeding of 3rd Thermal and Fluids Engineering Conference (TFEC) (2018)

Farzin MashaliEhsan Mohseni LanguriJim DavidsonDavid KernsWayne JohnsonRoya Eatebarian

materials scienceengineeringheat transferdiamond nanofluidsheat transfer analysisthermal engineering

Conductive Mechanism of Bi-Doped Thick-Film Dielectric in High-Temperature Aging With Bias. IEEE Transactions on Components Packaging and Manufacturing Technology (2018)

Zhangming ZhouR. Wayne JohnsonMichael C. Hamilton

optoelectronicsadvanced manufacturing technologiesmicroelectronicsthermal conductivitymanufacturingpower electronicselectronicsmanufacturing engineeringprinted electronicselectrical engineeringmaterials sciencemanufacturing technologyconductive mechanismadvanced packaging (semiconductors)bi-doped thick-film dielectricelectronic packagingengineeringmaterials engineeringcomponent technologybias

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R. Wayne Johnson

Professor Emeritus

Auburn University

Affiliations

Samuel Ginn College of Engineering

Electrical and Computer

R. Wayne Johnson is currently serving as an Electrical And Computer Professor Emeritus at Auburn 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

R. Wayne Johnson

Auburn University

Professor Emeritus

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Corrigendum to ``Thermo-Physical Properties of Diamond Nanofluids: A Review'' [Int. J. Heat Mass Transfer 129 (2019) 1123–1135]. International Journal of Heat and Mass Transfer (2020)

Hamidreza Ghasemi BahrasemanFarzin MashaliEthan Mohseni LanguriJim DavidsonDavid KernsWayne JohnsonKashif NawazGlenn Cunningham

materials scienceheat transferdiamond nanofluidsthermal engineeringthermo-physical properties

Method for Determining Frequency Dependent Thermomechanical Behavior of Polymer Films at Cryogenic Temperatures. Cryogenics (2020)

Bo BonningHolly A. StretzChristopher D. WilsonWayne R. Johnson

materials sciencecryogenic temperaturescryogenicsmechanical engineeringapplied physicspolymer science

Western Diet-Induced Obesity Disrupts the Diurnal Rhythmicity of Hippocampal Core Clock Gene Expression in a Mouse Model. Brain Behavior and Immunity (2020)

Lauren N. WoodieRobert M. JohnsonBulbul AhmedSavanah FowlerWilliam HaynesBeatriz CarmonaMiranda ReedVishnu SuppiramaniamMichael W. Greene

Memories of Rhythms Past: Evidence for Hippocampal Core Clock Disruptions in a Murine Model of Western Diet-Induced Obesity (Or32-02-19). Current Developments in Nutrition (2019)

Lauren WoodieRobert JohnsonBulbul AhmedMichael Greene

Particulate Functionalized Nanodiamond as a Low Concentration Additive to Liquid Systems to Enhance Their Thermal Extraction Capability. (2019)

Farzin MashaliEthan M. LanguriJim DavidsonDavid KernsBlake BransonWayne JohnsonLino CostaKathleen Lansford

Superposition-Based Predictions of Creep for Polymer Films at Cryogenic Temperatures. Cryogenics (2019)

Bo BonningC. Jordan BlackburnHolly A. StretzChristopher D. WilsonWayne R. Johnson

materials sciencecryogenic temperaturespolymer filmscryogenicssuperposition-based predictionsmechanical engineeringapplied physicspolymer science

The Metabolic Phenotype Associated With Mounting an Immune Response to a Systemic Infection of Listeria Monocytogenes (Fs12-07-19). Current Developments in Nutrition (2019)

Robert JohnsonAdesola OlatundeLauren WoodieMichael GreeneElizabeth Schwartz

Thermal Shock Reliability of Isothermally Aged Doped Lead-Free Solder With Semiparametric Estimation. IEEE Transactions on Components Packaging and Manufacturing Technology (2019)

Anto RajThomas SandersSharath SridharJohn L. EvansMichael J. BozackWayne R. JohnsonD. Mark Carpenter

Characterization and Heat Transfer Analysis of Diamond Nanofluids. Proceeding of 3rd Thermal and Fluids Engineering Conference (TFEC) (2018)

Farzin MashaliEhsan Mohseni LanguriJim DavidsonDavid KernsWayne JohnsonRoya Eatebarian

materials scienceengineeringheat transferdiamond nanofluidsheat transfer analysisthermal engineering

Conductive Mechanism of Bi-Doped Thick-Film Dielectric in High-Temperature Aging With Bias. IEEE Transactions on Components Packaging and Manufacturing Technology (2018)

Zhangming ZhouR. Wayne JohnsonMichael C. Hamilton

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