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Yang Lu --- Multiscale & Multiphysics Modeling
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Graduate Research Assistantship Opportunity
Licensure, Certificates & Honors
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Professional Activities and Services
Recent News and Articles
Research Achievements
Research Topics
3-D Computational Elasto-plastic Damage, Fracture Mechanics & XFEM Modeling
3-D Virtual Mortar and Concrete Model at Mesoscale
3-D X-ray CT Image Analysis of Concrete Microstructure and Fracture
Building Information Modeling
Computational Atomistic Modeling of Cement Based Materials
Computational Nanomechanics Modeling of Asphalt-Aggregate Interface
Distributive and Parallel Computing
Energy Storage Safety
Large-scale Atomistic Simulation
Leaching of Cement concrete
Materials Science for Energy-efficient Civil Engineering Systems
Mesoscale Modeling in Hierachical Paradigm
Multiphysics Modeling of Rebar and Concrete Corrosion
Multiscale Computational Mechanics (Atomic-to-Continuum)
Multiscale Modeling of Fracture Processes in Cementitious Materials
Nanotechnology in Construction
Net-Zero Energy Design of Buildings, Biorenewable Energy
Nuclear Fuel Reaction Simulation & Spent Nuclear Fuel Deposal
Portable Image Analysis System for Characterizing Aggregate Morphology
Quantum-Chemistry Based Atomistic Modeling of Asphalt Aging Mechanism and Rehabilitation
Smart materials for structural health monitoring and energy harvesting
Sustainable Design of Civil Engineering Systems
Sustainable Infrastructure Engineering
Transport-Binding-Thermal-Mechanical Coupled Corrosion Damage during Concrete Deterioration
Teaching Interests and Activities
Yang Lu --- Multiscale & Multiphysics Modeling
Home
Graduate Research Assistantship Opportunity
Licensure, Certificates & Honors
Links
Professional Activities and Services
Recent News and Articles
Research Achievements
Research Topics
3-D Computational Elasto-plastic Damage, Fracture Mechanics & XFEM Modeling
3-D Virtual Mortar and Concrete Model at Mesoscale
3-D X-ray CT Image Analysis of Concrete Microstructure and Fracture
Building Information Modeling
Computational Atomistic Modeling of Cement Based Materials
Computational Nanomechanics Modeling of Asphalt-Aggregate Interface
Distributive and Parallel Computing
Energy Storage Safety
Large-scale Atomistic Simulation
Leaching of Cement concrete
Materials Science for Energy-efficient Civil Engineering Systems
Mesoscale Modeling in Hierachical Paradigm
Multiphysics Modeling of Rebar and Concrete Corrosion
Multiscale Computational Mechanics (Atomic-to-Continuum)
Multiscale Modeling of Fracture Processes in Cementitious Materials
Nanotechnology in Construction
Net-Zero Energy Design of Buildings, Biorenewable Energy
Nuclear Fuel Reaction Simulation & Spent Nuclear Fuel Deposal
Portable Image Analysis System for Characterizing Aggregate Morphology
Quantum-Chemistry Based Atomistic Modeling of Asphalt Aging Mechanism and Rehabilitation
Smart materials for structural health monitoring and energy harvesting
Sustainable Design of Civil Engineering Systems
Sustainable Infrastructure Engineering
Transport-Binding-Thermal-Mechanical Coupled Corrosion Damage during Concrete Deterioration
Teaching Interests and Activities
More
Home
Graduate Research Assistantship Opportunity
Licensure, Certificates & Honors
Links
Professional Activities and Services
Recent News and Articles
Research Achievements
Research Topics
3-D Computational Elasto-plastic Damage, Fracture Mechanics & XFEM Modeling
3-D Virtual Mortar and Concrete Model at Mesoscale
3-D X-ray CT Image Analysis of Concrete Microstructure and Fracture
Building Information Modeling
Computational Atomistic Modeling of Cement Based Materials
Computational Nanomechanics Modeling of Asphalt-Aggregate Interface
Distributive and Parallel Computing
Energy Storage Safety
Large-scale Atomistic Simulation
Leaching of Cement concrete
Materials Science for Energy-efficient Civil Engineering Systems
Mesoscale Modeling in Hierachical Paradigm
Multiphysics Modeling of Rebar and Concrete Corrosion
Multiscale Computational Mechanics (Atomic-to-Continuum)
Multiscale Modeling of Fracture Processes in Cementitious Materials
Nanotechnology in Construction
Net-Zero Energy Design of Buildings, Biorenewable Energy
Nuclear Fuel Reaction Simulation & Spent Nuclear Fuel Deposal
Portable Image Analysis System for Characterizing Aggregate Morphology
Quantum-Chemistry Based Atomistic Modeling of Asphalt Aging Mechanism and Rehabilitation
Smart materials for structural health monitoring and energy harvesting
Sustainable Design of Civil Engineering Systems
Sustainable Infrastructure Engineering
Transport-Binding-Thermal-Mechanical Coupled Corrosion Damage during Concrete Deterioration
Teaching Interests and Activities
Materials Science for Energy-efficient Civil Engineering Systems
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