Faculty

Institution

Unit

Venue

Na Lu

Associate Dean of Faculty of College of Engineering and Reilly Professor of Civil Engineering with Courtesy Appointment in Materials Engineering

Purdue University

Affiliations

College of Engineering

Lyles School of Civil Engineering

Lyles School of Civil and Construction Engineering

School of Materials Engineering

Na Lu is currently serving as a College Of Engineering Associate Dean of Faculty of College of Engineering and Reilly Professor of Civil Engineering with Courtesy Appointment in Materials Engineering at Purdue University.

Honors

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Experiences

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Education

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Na Lu

Purdue University

Associate Dean of Faculty of College of Engineering and Reilly Professor of Civil Engineering with Courtesy Appointment in Materials Engineering

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materials science engineering materials engineering advanced materials applied physics mechanical engineering composite materials material research nanotechnology concrete technology thin films composite science thermal engineering building engineering construction engineering construction materials electronic materials structural engineering solid-state electronics polymer composites manufacturing science aluminum gallium nitride polymer science manufacturing technology material chemistry electronics cement-based construction material manufacturing engineering nanoparticle research condensed matter fibers thermoelectric materials construction technology piezoelectricity optical engineering semiconductor nanostructures material processing cementitious materials structural concrete polymer nanotechnology polymer engineering composite technology nanofibers fiber reinforcement semiconductor materials thermal stability colloidal nano silica structural properties polymer materials fiber-reinforced composites sensor technology wide-bandgap semiconductors freeze-thaw cycling sustainable construction in-situ conversion thermoelectric applications thermoelectric properties dielectric constant water-to-cement ratio zno thin films advanced electrode material polymer technology thermal processing comparative analysis building information modelling modular construction cement manufacture carbon-based materials phonons property analysis air void system hemp fibers portland cement concrete plastic concrete electromagnetic interference piezoresistive behaviours functional materials advanced energy material energy harvesting crystal growth energy ceramic nanomaterials

Notable Scholarly Works

Notable Federal Grants

Collaborators

Air Void System and Freezing-Thawing Resistance of Concrete Composite With the Incorporation of Thermo-Expansive Polymeric Microspheres. Construction and Building Materials (2024)

Rui HeNa (Luna) Lu

structural materialsconstruction engineeringmechanical engineeringcomposite materialsair void systemmaterial researchcivil engineeringcomposite structuresadvanced materialsconstruction technologysustainable constructionstructural concretestructural engineeringcement-based construction materialthermo-expansive polymeric microspheresice-structure interactionconcrete compositefreezing-thawing resistancebuilding engineeringfreeze-thaw cyclingconstruction materialsmaterials science

Corrigendum to"Air Void System and Freezing-Thawing Resistance of Concrete Composite With the Incorporation of Thermo-Expansive Polymeric Microspheres" [Constr. Build. Mater. 419 (2024) 135535]. Construction and Building Materials (2024)

Rui HeNa (Luna) Lu

freezing-thawing resistanceconstruction engineeringengineeringthermo-expansive polymeric microspherescement-based construction materialconcrete compositeconstruction materialsmaterials science

Effect of Colloidal Nano Silica on the Freeze-Thaw Resistance and Air Void System of Portland Cement Concrete. Journal of Building Engineering (2024)

Cihang HuangTommy NantungYining FengNa Lu

thermal engineeringconstruction engineeringnanotechnologyarchitectural technologyair void systemcolloidal nano silicaengineeringbuilding technologycivil engineeringarchitectural engineeringfreeze-thaw resistanceconcrete technologybridge engineeringmaterials engineeringconstruction technologystructural engineeringengineering structuresbuilding designportland cement concretebuilding engineeringconstruction materialsmaterials science

Hydration, Fresh, Mechanical, and Freeze-Thaw Properties of Cement Mortar Incorporated With Polymeric Microspheres. Advanced Composites and Hybrid Materials (2024)

Rui HeNa Lu

polymeric microspherespolymer scienceadvanced materialscement mortarfreeze-thaw cyclingcomposite materialsmechanical engineeringcivil engineeringfreeze-thaw propertiesadvanced composite material (engineering)cement-based construction materialconstruction materialsmechanical propertiesmaterials science

Influence of the Colloidal Nano Silica (Cns) on the Bonding of New-To-Old Concrete Interface. (2024)

Cihang HuangRui HeNa LuYining Feng

surface sciencecoatingsinterface sciencesurface modificationcolloidal nano silicaadhesioninterface (matter)materials science

Mitigation Mechanisms of Alkali Silica Reaction Through the Incorporation of Colloidal Nanosio2 in Accelerated Mortar Bar Testing. Construction and Building Materials (2024)

Dip BanikRui HeNa LuYining Feng

construction engineeringnanotechnologyarchitectural technologyalkali silica reactionengineeringmaterial researchbuilding technologymanufacturing technologycivil engineeringconcrete technologymaterials engineeringconstruction technologystructural engineeringbuilding designnanomaterialsmitigation mechanismsbuilding engineeringconstruction materialsmaterials science

Unraveling Microstructural Evolution in Air-Entrained Mortar and Paste: Insights From Mip and Micro-Ct Tomography Amid Cyclic Freezing-Thawing Damage. Journal of Building Engineering (2024)

Rui HeTommy NantungNa (Luna) Lu

micro-ct tomographybuilding engineeringnumerical simulationsengineeringfreeze-thaw cyclingcomputed tomographystructural engineeringcivil engineeringcyclic freezing-thawing damagemicrostructureair-entrained mortarmicrostructural evolution

Field Study of the Dielectric Constant of Concrete: A Parameter Less Sensitive to Environmental Variations Than Electrical Resistivity. Journal of Building Engineering (2023)

Rui HeTommy NantungJan OlekNa Lu

environmental variationselectrical resistivitybuilding engineeringcivil engineeringdielectric constantfield study

The Effects of Fe Addition for Enhanced Thermoelectric Performance in P-Type Cualo2. Engineered Science (2023)

Yining FengJinHong JooNa Lu

thermal engineeringmaterials engineeringfe additionengineeringbiomedical engineeringengineering sciencematerials science

Use of Dielectric Constant for Determination of Water-To-Cement Ratio (W/C) in Plastic Concrete: Part 1. Volumetric Water Content Modeling. ES Materials & Manufacturing (2023)

Rui HeTommy NantungJan OlekNa Lu

geotechnical engineeringmanufacturingthermal engineeringproduction engineeringmanufacturing scienceconstruction engineeringdielectric constantmaterial processingmanufacturing engineeringengineeringmaterial researchmanufacturing technologyconcrete technologymaterials engineeringplastic concretebuilding engineeringwater-to-cement ratioapplied physicsmaterials science

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Na Lu

Associate Dean of Faculty of College of Engineering and Reilly Professor of Civil Engineering with Courtesy Appointment in Materials Engineering

Purdue University

Affiliations

College of Engineering

Lyles School of Civil Engineering

Lyles School of Civil and Construction Engineering

School of Materials Engineering

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Na Lu

Purdue University

Associate Dean of Faculty of College of Engineering and Reilly Professor of Civil Engineering with Courtesy Appointment in Materials Engineering

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Air Void System and Freezing-Thawing Resistance of Concrete Composite With the Incorporation of Thermo-Expansive Polymeric Microspheres. Construction and Building Materials (2024)

Rui HeNa (Luna) Lu

freezing-thawing resistanceconstruction engineeringengineeringthermo-expansive polymeric microspherescement-based construction materialconcrete compositeconstruction materialsmaterials science

Effect of Colloidal Nano Silica on the Freeze-Thaw Resistance and Air Void System of Portland Cement Concrete. Journal of Building Engineering (2024)

Cihang HuangTommy NantungYining FengNa Lu

Hydration, Fresh, Mechanical, and Freeze-Thaw Properties of Cement Mortar Incorporated With Polymeric Microspheres. Advanced Composites and Hybrid Materials (2024)

Rui HeNa Lu

Influence of the Colloidal Nano Silica (Cns) on the Bonding of New-To-Old Concrete Interface. (2024)

Cihang HuangRui HeNa LuYining Feng

surface sciencecoatingsinterface sciencesurface modificationcolloidal nano silicaadhesioninterface (matter)materials science

Mitigation Mechanisms of Alkali Silica Reaction Through the Incorporation of Colloidal Nanosio2 in Accelerated Mortar Bar Testing. Construction and Building Materials (2024)

Dip BanikRui HeNa LuYining Feng

Unraveling Microstructural Evolution in Air-Entrained Mortar and Paste: Insights From Mip and Micro-Ct Tomography Amid Cyclic Freezing-Thawing Damage. Journal of Building Engineering (2024)

Rui HeTommy NantungNa (Luna) Lu

Field Study of the Dielectric Constant of Concrete: A Parameter Less Sensitive to Environmental Variations Than Electrical Resistivity. Journal of Building Engineering (2023)

Rui HeTommy NantungJan OlekNa Lu

environmental variationselectrical resistivitybuilding engineeringcivil engineeringdielectric constantfield study

The Effects of Fe Addition for Enhanced Thermoelectric Performance in P-Type Cualo2. Engineered Science (2023)

Yining FengJinHong JooNa Lu

thermal engineeringmaterials engineeringfe additionengineeringbiomedical engineeringengineering sciencematerials science

Use of Dielectric Constant for Determination of Water-To-Cement Ratio (W/C) in Plastic Concrete: Part 1. Volumetric Water Content Modeling. ES Materials & Manufacturing (2023)

Rui HeTommy NantungJan OlekNa Lu

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