• Menu
    • ASME
    The American Society of Mechanical Engineers

    Nanoengineering Technology Group

    The ASME Nano Technology Group (Nano TG) aims to engage the ASME community by identifying challenges and opportunities in emerging areas of research and education focused on the application of nanoscience and nanoengineering to energy and sustainability technology.

    About

    Vision

    To improve quality of life and advance relevant science and technology by developing, catalyzing, and raising awareness of novel and sustainable energy solutions that are enabled through nanoengineering.

    Mission

    The ASME Nano Technology Group (Nano TG) aims to engage the ASME community by identifying challenges and opportunities in emerging areas of research and education focused on the application of nanoscience and nanoengineering to energy and sustainability technology. Nano TG:

    • Collectively formulates strategic direction.
    • Acts as an incubator for the research, education, and technology development of cost-effective, sustainable energy technology.   
    • Facilitates leveraging activities with other professional societies, government/international agencies, academic institutions and industry to lead in the field of nanoengineering for energy and sustainability for improving quality of life for mankind.

    Events

    The ASME Nanoengineering Technology Group Lightning Talk Series presents

    Stay tuned for details for the next session!

    Leadership

    Jun Liu (Chair)
    Bo Li (Vice Chair)

    Resources

    ASME Nanoengineering Technology Group Lightning Talks

    Engineering Surfaces for a Sustainable Future
    by: Dr. Bei Fan

    Monolayer 2D Materials-A New Atomic Platform to Understand Nanomaterials-Polymer Interface
    by: Bo Li, Ph.D., Associate Professor | Department of Mechanical Engineering, Villanova University, Pennsylvania, United States

    Breaking Kirchhoff's Law of Thermal Radiation: From Fundamentals to Applications
    by:     Bo Zhao, Kalsi Assistant Professor | Department of Mechanical Engineering 
    University of Houston

    Transforming nanomaterials to functional applications through advanced manufacturing
    by:     Wan Shou, Assistant Professor | Department of Mechanical Engineering
    University of Arkansas

    Soft Electronics Toward Healthcare and Human-Machine Interactions
    by: Shanshan Yao - Assistant Professor | Department of Mechanical Engineering, Stony Brook University
     

    Advanced Materials for Sustainability
    by: Pei Dong, Assistant Professor, Department of Mechanical Engineering | George Mason University

    Accurate atomistic simulations shed light on the deep physics of thermal transport for cutting-edge applications
    by:     Dr. Tianli Feng, Assistant Professor, Department of Mechanical Engineering
    University of Utah


    Coupling Biomass Carbon and Nanostructure for Energy Storage and Carbon Reduction by: Dr. Yingchao Yang


    Enhancing Interfacial Transport with Nano-Engineering and In-situ Characterization for Solar Energy-Water Nexus
    by: Prof. TieJun (TJ) Zhang is a Professor of Mechanical Engineering at the Khalifa University and a Member of the Mohammed bin Rashed Academy of Scientists in UAE


    Manufacturing Multifunctional Nanostructures using Colloidal Elements
    by: Chih-Hao Chang, Associate Professor, Walker Department of Mechanical

    The rise of semicrystalline polymers and why are they still interesting
    by: Christopher Li , Department of Materials Science and Engineering, Drexel University

    Facture of Two-Dimensional Materials
    By: Jun Lou Professor, Department of Materials Science and NanoEngineering - Rice University

    The price of yearly membership depends on a number of factors, so final price will be calculated during checkout.

    Continue Browsing View Cart

    You are now leaving ASME.org

    Continue