/Department of Mechanical Engineering
Computational Modeling, Analysis, and Design Optimization Lab
  • Research
    • Multi-Material Topology and Magnetization Co-Optimization of Circular Halbach Arrays
    • Geometry-Driven Design of Morphable Surface Structures Using Topology Optimization and Circle Packing
    • Shape and Topology Optimization of Conformal Thermal Control Structures on Free-form Surfaces: A Dimension Reduction Level Set Method (DR-LSM)
    • Topology Optimization of Thermal Cloaks in Euclidean Spaces and Manifolds using an Extended Level Set Method
    • Conformal Topology Optimization of Multi-material Ferromagnetic Soft Structures Using an Extended Level Set Method
    • Topology Optimization of Multimaterial Thermoelectric Structures
    • Computational Generation and Conformal Fabrication of Woven Fabric Structures by Harmonic Foliation
    • Generative Design of Multi-Material Hierarchical Structures via Concurrent Multi-Scale Topology Optimization & Conformal Geometry Method
    • Multi-Material Topology Optimization of Structures Infilled with Conformal Metamaterials
    • Extended Level Set Methods (X-LSM) for Shape and Topology Optimization on Manifolds
    • Concurrent Optimization of Structural Topology and Material Properties with a Cardinal Basis Function Based Parametric Level Set Method
    • Designing Metasurfaces with Topology Optimization and Conformal Mapping Theory
    • Parametric Shape & Topology Optimization: A New Level Set Approach Based on Cardinal Kernel Functions
    • Multi-Material Topology Optimization using a Reconciled Level-Set Method
    • Integrated Topology Optimization and Additive Manufacturing
    • Parametric Structural Shape & Topology Optimization with a Variational Distance Regularized Level Set Methods
    • Modeling and Simulation of Additive Manufacturing
    • Multiphysics  Topology Optimization of Smart Energy Harvesters
    • Topology Optimization of Compliant Mechanisms
  • Publications
  • People
    • Faculty
      • Shikui Chen, Ph.D.
    • Current Students
    • Ph.D. Students
      • Ran Zhuang
      • Lingfeng Gao
      • Weijun Lei
      • Zhengke Guo
      • Yixue Chen
    • Master Student
      • Sudipto Mazumder
    • Undergraduate Students
      • Spiros Manolas
      • Enkhlen Duinkharjav
      • Jayden (Jongwoo) Hwang
      • Anni Ni
  • Teaching
  • Activity & News
  • Downloads
  • Links
  • Contact
  • More
    • HOME
    • Research
      • Multi-Material Topology and Magnetization Co-Optimization of Circular Halbach Arrays
      • Geometry-Driven Design of Morphable Surface Structures Using Topology Optimization and Circle Packing
      • Shape and Topology Optimization of Conformal Thermal Control Structures on Free-form Surfaces: A Dimension Reduction Level Set Method (DR-LSM)
      • Topology Optimization of Thermal Cloaks in Euclidean Spaces and Manifolds using an Extended Level Set Method
      • Conformal Topology Optimization of Multi-material Ferromagnetic Soft Structures Using an Extended Level Set Method
      • Topology Optimization of Multimaterial Thermoelectric Structures
      • Computational Generation and Conformal Fabrication of Woven Fabric Structures by Harmonic Foliation
      • Generative Design of Multi-Material Hierarchical Structures via Concurrent Multi-Scale Topology Optimization & Conformal Geometry Method
      • Multi-Material Topology Optimization of Structures Infilled with Conformal Metamaterials
      • Extended Level Set Methods (X-LSM) for Shape and Topology Optimization on Manifolds
      • Concurrent Optimization of Structural Topology and Material Properties with a Cardinal Basis Function Based Parametric Level Set Method
      • Designing Metasurfaces with Topology Optimization and Conformal Mapping Theory
      • Parametric Shape & Topology Optimization: A New Level Set Approach Based on Cardinal Kernel Functions
      • Multi-Material Topology Optimization using a Reconciled Level-Set Method
      • Integrated Topology Optimization and Additive Manufacturing
      • Parametric Structural Shape & Topology Optimization with a Variational Distance Regularized Level Set Methods
      • Modeling and Simulation of Additive Manufacturing
      • Multiphysics  Topology Optimization of Smart Energy Harvesters
      • Topology Optimization of Compliant Mechanisms
    • Publications
    • People
      • Faculty
        • Shikui Chen, Ph.D.
      • Current Students
      • Ph.D. Students
        • Ran Zhuang
        • Lingfeng Gao
        • Weijun Lei
        • Zhengke Guo
        • Yixue Chen
      • Master Student
        • Sudipto Mazumder
      • Undergraduate Students
        • Spiros Manolas
        • Enkhlen Duinkharjav
        • Jayden (Jongwoo) Hwang
        • Anni Ni
    • Teaching
    • Activity & News
    • Downloads
    • Links
    • Contact
    • More
      Department of Mechanical EngineeringComputational Modeling, Analysis, and Design Optimization Lab
      • Home
      • Research
        • Multi-Material Topology and Magnetization Co-Optimization of Circular Halbach Arrays
        • Geometry-Driven Design of Morphable Surface Structures Using Topology Optimization and Circle Packing
        • Shape and Topology Optimization of Conformal Thermal Control Structures on Free-form Surfaces: A Dimension Reduction Level Set Method (DR-LSM)
        • Topology Optimization of Thermal Cloaks in Euclidean Spaces and Manifolds using an Extended Level Set Method
        • Conformal Topology Optimization of Multi-material Ferromagnetic Soft Structures Using an Extended Level Set Method
        • Topology Optimization of Multimaterial Thermoelectric Structures
        • Computational Generation and Conformal Fabrication of Woven Fabric Structures by Harmonic Foliation
        • Generative Design of Multi-Material Hierarchical Structures via Concurrent Multi-Scale Topology Optimization & Conformal Geometry Method
        • Multi-Material Topology Optimization of Structures Infilled with Conformal Metamaterials
        • Extended Level Set Methods (X-LSM) for Shape and Topology Optimization on Manifolds
        • Concurrent Optimization of Structural Topology and Material Properties with a Cardinal Basis Function Based Parametric Level Set Method
        • Designing Metasurfaces with Topology Optimization and Conformal Mapping Theory
        • Parametric Shape & Topology Optimization: A New Level Set Approach Based on Cardinal Kernel Functions
        • Multi-Material Topology Optimization using a Reconciled Level-Set Method
        • Integrated Topology Optimization and Additive Manufacturing
        • Parametric Structural Shape & Topology Optimization with a Variational Distance Regularized Level Set Methods
        • Modeling and Simulation of Additive Manufacturing
        • Multiphysics  Topology Optimization of Smart Energy Harvesters
        • Topology Optimization of Compliant Mechanisms
      • Publications
      • People
        • Current Students
        • Faculty
          • Shikui Chen, Ph.D.
        • Ph.D. Students
          • Ran Zhuang
          • Lingfeng Gao
          • Weijun Lei
          • Zhengke Guo
          • Yixue Chen
        • Master Student
          • Sudipto Mazumder
        • Undergraduate Students
          • Spiros Manolas
          • Enkhlen Duinkharjav
          • Jayden (Jongwoo) Hwang
          • Anni Ni
      • Teaching
      • Activity & News
      • Downloads
      • Links
      • Contact
      1. Computational Modeling, Analysis, and Design Optimization Lab
      2. Research
      3. Concurrent Optimization of Structural Topology and Material Properties with a Cardinal Basis Function Based Parametric Level Set Method

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      Stony Brook University
      Computational Modeling, Analysis, and Design Optimization Lab

      Department of Mechanical Engineering | 113 Light Engineering | Stony Brook, NY 11794
      PHONE: (631) 632-8300 | FAX: (631) 632-8544 

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