Faculty

Institution

Unit

Venue

Maryam Hojati

Assistant Professor

University of New Mexico

Affiliations

School of Engineering

Civil, Construction & Environmental Engineering

Maryam Hojati is currently serving as a Civil, Construction & Environmental Engineering Assistant Professor at University of New Mexico.

Honors

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Experiences

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Education

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Maryam Hojati

University of New Mexico

Assistant Professor

You can click a keyword to filter the displayed items

engineering materials science materials engineering 3d printing additive manufacturing mechanical engineering concrete technology civil engineering construction engineering building engineering construction technology thermal engineering advanced manufacturing technologies building technology fly ash automation sustainable design sustainable development automation engineering automation in construction sustainable material development sustainable construction hardened properties cementitious composites construction materials manufacturing technology waste management infrastructure engineering sustainable buildings rebar spacing barbed-wire reinforcement advanced materials manufacturing instrumentation sustainable energy technologies environmental technology aerosol science nuclear materials building design building automation benchmark studies sustainable technologies automated manufacturing building energy building science sustainable materials residual stress aerosol formation mechanical behavior structural design nuclear engineering strength development curing temperature alkali-activated cements mixture design field application automatic evaluation bridge structural assessment lidar data cost-effective inspection rgb-d sensors mix design preliminary study green infrastructure design sustainability science building materials green building architecture

Notable Scholarly Works

Notable Federal Grants

Collaborators

Effects of Anisotropic Mechanical Behavior on Nominal Moment Capability of 3D Printed Concrete Beam With Reinforcement. Buildings (2024)

Keunhyoung ParkAli M. MemariMaryam HojatiAleksandra RadlińskaJosé Pinto DuarteShadi Nazarian

nominal moment capabilitystructural engineeringmechanical engineeringmechanical behaviorcivil engineeringprinted concrete beambuilding engineeringmechanics of materialsanisotropic mechanical behavior3d printingengineering

Flexural Strength of 3D Printed Concrete Beams: Exploring Barbed-Wire Reinforcement and Cross-Sectional Geometry. Rilem bookseries (2024)

Maryam HojatiReza SedghiZhanzhao LiAli MemariShadi NazarianAleksandra RadlińskaJose P. Duarte

structural engineeringstructural designbarbed-wire reinforcementmechanical engineeringcross-sectional geometryprinted concrete beamscivil engineeringflexural strength3d printingadditive manufacturingengineering

Large-Scale 3D Wall Printing: From Concept to Reality. Automation in Construction (2024)

Reza SedghiKourosh RashidiMaryam Hojati

technologyengineeringmanufacturing technologyautomation engineeringautomated manufacturingcivil engineeringadvanced manufacturing technologiesautomation in constructionconstruction technology3d printingadditive manufacturingautomation

Evaluating the Printability and Rheological and Mechanical Properties of 3D-Printed Earthen Mixes for Carbon-Neutral Buildings. Sustainability (2023)

Shiva BhusalReza SedghiMaryam Hojati

materials sciencemechanical engineeringmaterials engineeringbuilding technologythermal engineeringsustainable constructionbuilding energycarbon-neutral buildingsrheologysustainable developmentbuilding sciencearchitectural engineeringbuilding engineeringsustainable buildingssustainable design3d printingadditive manufacturingengineering

Exploring Fresh and Hardened Properties of Sustainable 3D-Printed Lightweight Cementitious Mixtures. Sustainability (2023)

Reza SedghiMuhammad Saeed ZafarMaryam Hojati

environmental engineeringmaterials scienceconcrete technologyhardened propertiesmechanical engineeringsustainable materialsmaterials engineeringsustainability sciencesustainable developmentsustainable design3d printingadditive manufacturingsustainable material development

Printability and Shape Fidelity Evaluation of Self-Reinforced Engineered Cementitious Composites. Construction and Building Materials (2023)

Muhammad Saeed ZafarAmir BakhshiMaryam Hojati

construction engineeringmaterials scienceconstruction materialsshape fidelity evaluationmechanical engineeringmaterials engineeringcementitious compositesbuilding engineeringengineering

3D-Printable Quaternary Cementitious Materials Towards Sustainable Development: Mixture Design and Mechanical Properties. Results in Engineering (2022)

Maryam HojatiZhanzhao LiAli M. MemariKeunhyoung ParkMehrzad ZahabiShadi NazarianJosé P. DuarteAleksandra Radlińska

materials scienceconcrete technologymechanical engineeringmaterials engineeringmixture designsustainable development3d printingadditive manufacturingengineeringsustainable material development

Automatic Evaluation of Rebar Spacing and Quality Using Lidar Data: Field Application for Bridge Structural Assessment. Automation in Construction (2022)

Xinxing YuanAlan SmithFernando MoreuRodrigo SarloChristopher D. LippittMaryam HojatiSreenivas AlampalliSu Zhang

construction engineeringfield applicationsystems engineeringengineeringbuilding automationlidar databridge structural assessmentinfrastructure engineeringautomation engineeringrebar spacingcivil engineeringautomatic evaluationautomation in constructionautomation

Barbed-Wire Reinforcement for 3D Concrete Printing. Automation in Construction (2022)

Maryam HojatiAli M. MemariMehrzad ZahabiZhengyu WuZhanzhao LiKeunhyoung ParkShadi NazarianJosé P. Duarte

construction engineeringtechnologyengineeringconcrete technologybarbed-wire reinforcementmanufacturing technologymaterials engineeringbuilding technologyautomation engineeringcivil engineeringbuilding engineeringadvanced manufacturing technologies3d printingautomation in constructionconstruction technologymanufacturingadditive manufacturingautomation

Creep of Alkali-Activated Cement Mixtures. Case Studies in Construction Materials (2022)

Maryam HojatiFarshad RajabipourAleksandra Radlińska

construction engineeringmaterials scienceconcrete technologyconstruction technologyalkali-activated cement mixturesengineering

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Maryam Hojati

Assistant Professor

University of New Mexico

Affiliations

School of Engineering

Civil, Construction & Environmental Engineering

Maryam Hojati is currently serving as a Civil, Construction & Environmental Engineering Assistant Professor at University of New Mexico.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Maryam Hojati

University of New Mexico

Assistant Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Effects of Anisotropic Mechanical Behavior on Nominal Moment Capability of 3D Printed Concrete Beam With Reinforcement. Buildings (2024)

Keunhyoung ParkAli M. MemariMaryam HojatiAleksandra RadlińskaJosé Pinto DuarteShadi Nazarian

Flexural Strength of 3D Printed Concrete Beams: Exploring Barbed-Wire Reinforcement and Cross-Sectional Geometry. Rilem bookseries (2024)

Maryam HojatiReza SedghiZhanzhao LiAli MemariShadi NazarianAleksandra RadlińskaJose P. Duarte

Large-Scale 3D Wall Printing: From Concept to Reality. Automation in Construction (2024)

Reza SedghiKourosh RashidiMaryam Hojati

Evaluating the Printability and Rheological and Mechanical Properties of 3D-Printed Earthen Mixes for Carbon-Neutral Buildings. Sustainability (2023)

Shiva BhusalReza SedghiMaryam Hojati

Exploring Fresh and Hardened Properties of Sustainable 3D-Printed Lightweight Cementitious Mixtures. Sustainability (2023)

Reza SedghiMuhammad Saeed ZafarMaryam Hojati

Printability and Shape Fidelity Evaluation of Self-Reinforced Engineered Cementitious Composites. Construction and Building Materials (2023)

Muhammad Saeed ZafarAmir BakhshiMaryam Hojati

construction engineeringmaterials scienceconstruction materialsshape fidelity evaluationmechanical engineeringmaterials engineeringcementitious compositesbuilding engineeringengineering

3D-Printable Quaternary Cementitious Materials Towards Sustainable Development: Mixture Design and Mechanical Properties. Results in Engineering (2022)

Maryam HojatiZhanzhao LiAli M. MemariKeunhyoung ParkMehrzad ZahabiShadi NazarianJosé P. DuarteAleksandra Radlińska

materials scienceconcrete technologymechanical engineeringmaterials engineeringmixture designsustainable development3d printingadditive manufacturingengineeringsustainable material development

Automatic Evaluation of Rebar Spacing and Quality Using Lidar Data: Field Application for Bridge Structural Assessment. Automation in Construction (2022)

Xinxing YuanAlan SmithFernando MoreuRodrigo SarloChristopher D. LippittMaryam HojatiSreenivas AlampalliSu Zhang

Barbed-Wire Reinforcement for 3D Concrete Printing. Automation in Construction (2022)

Maryam HojatiAli M. MemariMehrzad ZahabiZhengyu WuZhanzhao LiKeunhyoung ParkShadi NazarianJosé P. Duarte

Creep of Alkali-Activated Cement Mixtures. Case Studies in Construction Materials (2022)

Maryam HojatiFarshad RajabipourAleksandra Radlińska

construction engineeringmaterials scienceconcrete technologyconstruction technologyalkali-activated cement mixturesengineering

1
2
3
10 / page

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Similar Faculty Members

Zhigang Shen

Institution

University of Nebraska–Lincoln

design

infrastructure engineering

Hongyu Nick Zhou

Institution

University of Tennessee

engineering

materials science

John A. Ochsendorf

Institution

Massachusetts Institute of Technology

engineering

civil engineering

Warda Ashraf

Institution

University of Texas at Arlington

environmental engineering

construction engineering

Russell Gentry

Institution

Georgia Institute of Technology

structural material

technical performance aspects

Stephan Durham

Institution

University of Georgia

environmental engineering

bridge engineering

Jeffrey Russell

Institution

University of Wisconsin–Madison

project management

design

Sabbie Miller

Institution

University of California, Davis

sustainability science

sustainable material development

Shiho Kawashima

Institution

Columbia University

materials science

materials engineering

Ali Memari

Institution

Pennsylvania State University

structural health monitoring

resilient building