Faculty

Institution

Unit

Venue

Mijia Yang

Professor

North Dakota State University

Affiliations

College of Engineering

Civil, Construction and Environmental Engineering

Mijia Yang is currently serving as a Civil, Construction And Environmental Engineering Professor at North Dakota State University.

Honors

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Experiences

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Education

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Mijia Yang

North Dakota State University

Professor

You can click a keyword to filter the displayed items

engineering materials science mechanical engineering civil engineering structural engineering materials engineering construction engineering concrete technology structural mechanics construction materials bridge engineering building engineering composite science composite materials geotechnical engineering mechanics of materials additive manufacturing building technology construction technology advanced materials health monitoring engineering structures building design generative design mining engineering mining science impact (mechanics) topology optimization structural analysis fragmentation effect pervious concrete impact analysis numerical simulations composite structures material research polymer composites steel research fiber reinforcement composite technology sensor technology foundation engineering cementation material modeling bond strength flexible core anchor system elastic-plastic sandwich beams cement pastes applied microbiology fibers structural safety material chemistry structural optimization cement-based construction material fiber-reinforced composites strength property pore structure material analysis material properties edge device sensor arrays edge detection non-contact sensing aerial robotics positioning systems sensor applications sensor design adaptive refinement bond mechanism gfrp bars bacterial cell walls high-energy absorbing materials impact mechanics pcc pavement repairs metakaolin-based geopolymer mortar sandwich structures nondestructive testing structural health monitoring energy harvesting

Notable Scholarly Works

Notable Federal Grants

Collaborators

Collaborative Form-Finding of Multiple Treelike Column Structures Based on Improved Numerical Inverse Hanging Method. Journal of Constructional Steel Research (2024)

Wenfeng DuQichen WangHongjing XueBoqing GaoShilin DongMijia Yang

steel researchengineeringimproved numerical inversestructural engineeringstructural designcollaborative form-findingform findingcivil engineeringnumerical analysisinverse problemsconstruction engineering

Deep Learning-Based Structural Health Monitoring Through the Infusion of Optical Photos and Vibration Data. Advances in Structural Engineering (2024)

Saleh Al-QudahXin BaiMijia YangZhili Gao

deep learninghealth monitoringengineeringvibration dataoptical photosstructural engineeringstructural health monitoring

Effective Hybrid Structure Health Monitoring Through Parametric Study of Googlenet. AI (2024)

Saleh Al-QudahMijia Yang

numerical simulationsnetwork analysishealth monitoringbiostatisticsmachine learningenvironmental monitoringmolecular biologysystems biologyartificial intelligenceparametric studycondition monitoringstructural health monitoring

Effect of Carbon Dioxide Curing on Cement Pastes Through Drt Analysis of Eis Data. Construction and Building Materials (2024)

Peyman HarirchiMijia Yang

cement pastesmaterials scienceengineeringeis databuilding technologyconstruction technologydrt analysiscivil engineeringconstruction engineering

Topology Optimization and 3D Printing of Steel Joints by Sj-Beso and Fdm Method. International Journal of Steel Structures (2024)

Pengshan TangWenfeng DuChao WangJinchao GuMijia Yang

steel jointsmaterials science3d printingstructural engineeringmechanical engineeringfdm methodtopology optimization

A Neural Network Approach to Estimate the Frequency of a Cantilever Beam With Random Multiple Damages. Sensors (2023)

Prattasha SahaMijia Yang

machine learningcantilever beamelectrical engineeringrandom multiple damages

Effect of Process Parameters on the Physical and Mechanical Properties of Cornstarch-Based Construction Materials. Construction Materials (2023)

Shibli TulipNiloy SarkerNurun NaharMijia YangEwumbua Monono

materials sciencecornstarch-based construction materialsengineeringprocess parametersmaterials engineeringmechanical engineeringmechanics of materialsconstruction engineering

Hydration Mechanism of Cement Pastes With the Addition of Dry Ice Through Electrochemical Impedance Spectroscopy. Journal of Materials in Civil Engineering (2023)

Peyman HarirchiMijia Yang

cement pastesmaterials scienceelectrochemical impedance spectroscopyengineeringhydration mechanismmaterials engineeringdry icecivil engineering

Large Displacement Detection Using Improved Lucas–Kanade Optical Flow. Sensors (2023)

Saleh Al-QudahMijia Yang

materials sciencelarge displacement detectionengineeringinstrumentationsensor applicationsoptoelectronicssensor designmechanical engineeringsensorssensor technologylucas-kanade optical flow

Optimization and Experimental Research on Treelike Joints Based on Generative Design and Powder Bed Fusion. Engineering Structures (2023)

Hui WangWenfeng DuYannan ZhaoYingqi WangMijia Yang

materials scienceexperimental researchengineeringstructural engineeringstructural optimizationmechanical engineeringtreelike jointspowder bed fusiongenerative design

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Mijia Yang

Professor

North Dakota State University

Affiliations

College of Engineering

Civil, Construction and Environmental Engineering

Mijia Yang is currently serving as a Civil, Construction And Environmental Engineering Professor at North Dakota State 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

Mijia Yang

North Dakota State University

Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Collaborative Form-Finding of Multiple Treelike Column Structures Based on Improved Numerical Inverse Hanging Method. Journal of Constructional Steel Research (2024)

Wenfeng DuQichen WangHongjing XueBoqing GaoShilin DongMijia Yang

Deep Learning-Based Structural Health Monitoring Through the Infusion of Optical Photos and Vibration Data. Advances in Structural Engineering (2024)

Saleh Al-QudahXin BaiMijia YangZhili Gao

deep learninghealth monitoringengineeringvibration dataoptical photosstructural engineeringstructural health monitoring

Effective Hybrid Structure Health Monitoring Through Parametric Study of Googlenet. AI (2024)

Saleh Al-QudahMijia Yang

Effect of Carbon Dioxide Curing on Cement Pastes Through Drt Analysis of Eis Data. Construction and Building Materials (2024)

Peyman HarirchiMijia Yang

cement pastesmaterials scienceengineeringeis databuilding technologyconstruction technologydrt analysiscivil engineeringconstruction engineering

Topology Optimization and 3D Printing of Steel Joints by Sj-Beso and Fdm Method. International Journal of Steel Structures (2024)

Pengshan TangWenfeng DuChao WangJinchao GuMijia Yang

steel jointsmaterials science3d printingstructural engineeringmechanical engineeringfdm methodtopology optimization

A Neural Network Approach to Estimate the Frequency of a Cantilever Beam With Random Multiple Damages. Sensors (2023)

Prattasha SahaMijia Yang

machine learningcantilever beamelectrical engineeringrandom multiple damages

Effect of Process Parameters on the Physical and Mechanical Properties of Cornstarch-Based Construction Materials. Construction Materials (2023)

Shibli TulipNiloy SarkerNurun NaharMijia YangEwumbua Monono

materials sciencecornstarch-based construction materialsengineeringprocess parametersmaterials engineeringmechanical engineeringmechanics of materialsconstruction engineering

Hydration Mechanism of Cement Pastes With the Addition of Dry Ice Through Electrochemical Impedance Spectroscopy. Journal of Materials in Civil Engineering (2023)

Peyman HarirchiMijia Yang

cement pastesmaterials scienceelectrochemical impedance spectroscopyengineeringhydration mechanismmaterials engineeringdry icecivil engineering

Large Displacement Detection Using Improved Lucas–Kanade Optical Flow. Sensors (2023)

Saleh Al-QudahMijia Yang

materials sciencelarge displacement detectionengineeringinstrumentationsensor applicationsoptoelectronicssensor designmechanical engineeringsensorssensor technologylucas-kanade optical flow

Optimization and Experimental Research on Treelike Joints Based on Generative Design and Powder Bed Fusion. Engineering Structures (2023)

Hui WangWenfeng DuYannan ZhaoYingqi WangMijia Yang

materials scienceexperimental researchengineeringstructural engineeringstructural optimizationmechanical engineeringtreelike jointspowder bed fusiongenerative design

1
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3
4
5
9
10 / page

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Clay J. Naito

Institution

Lehigh University

construction engineering

structural performance

Ying Huang

Institution

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structural health monitoring

disaster risk reduction

Russell Gentry

Institution

Georgia Institute of Technology

structural material

technical performance aspects

Nasim Uddin

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infrastructure engineering

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University of Maine

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mechanical engineering

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University of Kentucky

civil engineering

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bridge engineering

Behrouz Shafei

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natural disaster

disaster risk reduction

Nizar Lajnef

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structural health monitoring

damage detection algorithms

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bridge engineering

infrastructure engineering