Faculty

Institution

Unit

Venue

Jiahong Zhu

Professor

Tennessee Technological University

Affiliations

College of Engineering

Jiahong Zhu is currently serving as a College Of Engineering Professor at Tennessee Technological University.

Honors

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Experiences

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Education

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Jiahong Zhu

Tennessee Technological University

Professor

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materials science materials engineering mechanical engineering applied physics advanced materials electrochemistry electrical engineering electrochemical engineering energy storage materials energy storage advanced energy material fuel cells electronic materials advanced electrode material coatings composite materials material chemistry thermal engineering electrochemical process electrochemical energy storage electrochemical interfaces metal anode hydrogen energy material research energy chemistry composite science solid-state chemistry power engineering carbon-based materials transition metal chemistry energy research alloy design power generation electrode-electrolyte interfaces surface processing surface engineering metal processing phase stability mechanical science solid-state electronics solid-state ionics solid-state batteries ionic conductors surface characterization protective coatings layered materials sulfur-tolerant anode manufacturing science additive manufacturing advanced manufacturing technologies surface treatments thermal protection oxidation resistance electric battery renewable energy storage thin film processing semiconductor technology electrical conductivity co-fe alloy oxidation behavior sofc interconnect metallic interconnects environmental embrittlement electron concentration cathode material ceramic materials ceramic technology engineering ceramic functional ceramics charge transport physical metallurgy binary laves phases point defects direct utilization ferritic stainless steel interstitial oxygen

Notable Scholarly Works

Notable Federal Grants

Collaborators

Development Validation of Low-Cost, Highly-Durable, Spinel-Based Materials for Sofc Cathode-Side Contact (Final Report). (2023)

Jiahong Zhu

materials scienceelectronic materialsmechanical engineeringdurability performanceadvanced materialselectrical engineeringspinel-based materialssofc cathode-side contactmetalshigh-performance materials

Highly-Conductive and Durable Sofc Cathode-Side Contact Based on Reactively-Sintered Mn-Co Spinel. Journal of the Electrochemical Society (2023)

J. R. HayesJ. H. Zhu

materials scienceelectrode-electrolyte interfacesmaterial chemistryelectrochemical processelectrochemical energy conversionenergy chemistryelectrochemistryelectronic materialsmaterials engineeringenergy storage materialsfunctional materialsadvanced energy materialelectrochemical energy storagemechanical engineeringelectrochemical engineeringreactively-sintered mn-co spineladvanced electrode materialelectrical engineeringelectrochemical interfaces

Reduced-Temperature Sintering of Spinel-Type Coatings and Layers With Metallic Alloy Powder Precursors. OSTI OAI (U.S. Department of Energy Office of Scientific and Technical Information) (2023)

Zhu, JiahongYu, YutianBates, Brian

materials sciencesinteringmechanical engineeringmaterials engineeringspinel-type coatingsreduced-temperature sinteringadvanced materialspowder metallurgyapplied physics

Evaluation of the Reactive-Sintered (Mn,Co)3O4 Spinel Layer for Sofc Cathode-Side Contact Application. International journal of hydrogen energy (2022)

Y.T. YuY. LuC.Z. GuanJ.Q. WangJ.H. Zhu

functional materialsmaterials sciencematerial chemistryadvanced energy materialchemical engineeringmaterials engineeringelectrochemical engineeringhydrogen energyoxide electronicsenergy storage materialsenergy chemistryspinel layerinorganic chemistryenergy storageengineering

Review—(Mn,Co) 3 O 4 -Based Spinels for Sofc Interconnect Coating Application. Journal of the Electrochemical Society (2021)

J. H. ZhuD. A. ChessonY. T. Yu

materials scienceelectrode-electrolyte interfacesmaterial chemistryelectrochemical processsofc interconnectenergy chemistryelectrochemistryelectronic materialschemical engineeringmaterials engineeringenergy storage materialsadvanced materialssemiconductor technologyadvanced energy materialmechanical engineeringelectrochemical engineeringlayered materialscoatingselectrochemical interfaces

Conductive Spinels Derived From Co–Mn Based Alloy Precursor for Sofc Cathode-Side Contact Application. International journal of hydrogen energy (2020)

Y.T. YuJ.H. ZhuB.L. Bates

materials scienceadvanced energy materialelectronic materialsmaterial chemistrymaterials engineeringhydrogen energyalloy precursorenergy storage materialsapplied physicsadvanced materialselectrical engineeringconductive spinelsenergy storage

Effect of Off-Stoichiometry on Electrical Conductivity in Ni-Fe and Mn-Co Spinel Systems. Journal of the Electrochemical Society (2020)

D. A. ChessonJ. H. Zhu

materials sciencemn-co spinel systemselectrochemical engineeringelectrical conductivityelectrical engineeringinorganic chemistryelectrochemistry

First-Principles Study of Chromium Diffusion in the Ferritic Fe-Cr Alloy. Computational materials science (2020)

Li-Peng WangWen YangZhang-Bo MaJia-Hong ZhuYong-Tang Li

materials sciencefirst-principles studymaterial chemistryferritic fe-cr alloymechanical engineeringmaterial researchmaterials engineeringtheoretical inorganic chemistrychromium diffusioncomputational mechanicscondensed matter physicsadvanced materialsapplied physicscomputational materials science

Tritium Diffusion in a LI 2 Tio 3 Crystal Terminated With the (001) Surface From First-Principles Calculations. Physical chemistry chemical physics/PCCP. Physical chemistry chemical physics (2020)

Jin-Yang SuWen YangJia-Hong ZhuWei-Hua WangKun LiShu-Ping LiuYong-Tang Li

physicsmaterials sciencesurface chemistrymaterial chemistrysurface sciencetritium diffusionphysical chemistrycondensed matter physicsdiffusioninorganic chemistryapplied physicssurface reactivityfirst-principles calculations

Carbon-Free Nico2O4-Based Bifunctional Air Electrode for Metal-Air Battery Application. Meeting abstracts/Meeting abstracts (Electrochemical Society. CD-ROM) (2019)

Jiahong Zhu

electrochemical energy storagemetal-air battery applicationenvironmental scienceelectrochemistry

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Jiahong Zhu

Professor

Tennessee Technological University

Affiliations

College of Engineering

Jiahong Zhu is currently serving as a College Of Engineering Professor at Tennessee Technological 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

Jiahong Zhu

Tennessee Technological University

Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Development Validation of Low-Cost, Highly-Durable, Spinel-Based Materials for Sofc Cathode-Side Contact (Final Report). (2023)

Jiahong Zhu

Highly-Conductive and Durable Sofc Cathode-Side Contact Based on Reactively-Sintered Mn-Co Spinel. Journal of the Electrochemical Society (2023)

J. R. HayesJ. H. Zhu

Reduced-Temperature Sintering of Spinel-Type Coatings and Layers With Metallic Alloy Powder Precursors. OSTI OAI (U.S. Department of Energy Office of Scientific and Technical Information) (2023)

Zhu, JiahongYu, YutianBates, Brian

materials sciencesinteringmechanical engineeringmaterials engineeringspinel-type coatingsreduced-temperature sinteringadvanced materialspowder metallurgyapplied physics

Evaluation of the Reactive-Sintered (Mn,Co)3O4 Spinel Layer for Sofc Cathode-Side Contact Application. International journal of hydrogen energy (2022)

Y.T. YuY. LuC.Z. GuanJ.Q. WangJ.H. Zhu

Review—(Mn,Co) 3 O 4 -Based Spinels for Sofc Interconnect Coating Application. Journal of the Electrochemical Society (2021)

J. H. ZhuD. A. ChessonY. T. Yu

Conductive Spinels Derived From Co–Mn Based Alloy Precursor for Sofc Cathode-Side Contact Application. International journal of hydrogen energy (2020)

Y.T. YuJ.H. ZhuB.L. Bates

Effect of Off-Stoichiometry on Electrical Conductivity in Ni-Fe and Mn-Co Spinel Systems. Journal of the Electrochemical Society (2020)

D. A. ChessonJ. H. Zhu

materials sciencemn-co spinel systemselectrochemical engineeringelectrical conductivityelectrical engineeringinorganic chemistryelectrochemistry

First-Principles Study of Chromium Diffusion in the Ferritic Fe-Cr Alloy. Computational materials science (2020)

Li-Peng WangWen YangZhang-Bo MaJia-Hong ZhuYong-Tang Li

Tritium Diffusion in a LI 2 Tio 3 Crystal Terminated With the (001) Surface From First-Principles Calculations. Physical chemistry chemical physics/PCCP. Physical chemistry chemical physics (2020)

Jin-Yang SuWen YangJia-Hong ZhuWei-Hua WangKun LiShu-Ping LiuYong-Tang Li

Carbon-Free Nico2O4-Based Bifunctional Air Electrode for Metal-Air Battery Application. Meeting abstracts/Meeting abstracts (Electrochemical Society. CD-ROM) (2019)

Jiahong Zhu

electrochemical energy storagemetal-air battery applicationenvironmental scienceelectrochemistry

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Institution

West Virginia University

superconducting material

energy-related material systems

Kyle S. Brinkman

Institution

Clemson University

thermodynamics

experimental thermodynamics

Xingbo Liu

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advanced materials

material properties

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solid-state ionic

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advanced materials

electrochemistry

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nanomaterials

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applied physics

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