Chase Hartquist
@chase_hartquist
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Assistant Professor at University of Florida
Gainesville, FL
Joined October 2021
I look forward to presenting at the @UFBME Seminar Series this week. Thanks to @DrMeghanFerrall for the kind invitation!
Join us Monday, Nov. 10, at 3 p.m. in Communicore C1-07 as we welcome Chase Hartquist to our BME Seminar Series.
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1/n. Glad to share a new paper on fracture of networks. The Loop-Opening Model for the Intrinsic Fracture Energy of Elastomers | Macromolecules
pubs.acs.org
The intrinsic fracture energy of elastomers is a key factor in determining the mechanical durability of products such as rubber and tires. Historically, the intrinsic fracture energy has been...
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What an incredible journey! I am beyond grateful for all of your support @ProfZhaoMIT. You were the perfect advisor for me! Celebrating commencement back @MIT was icing on the cake, and I cannot wait for the exciting adventures to come!
It was a great pleasure and privilege to join the Commencement and Hooding Ceremony of Dr. Chase Hartquist @chase_hartquist @MITMechE @MITEngineering @MIT. In 2025, Chase will become a doctor @MIT, a professor @UF, and a father. Hearty congratulations! It was a privilege working
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đź”—Learn more about opportunities and directions on our website: https://t.co/uR5Lqej0Wx
faculty.eng.ufl.edu
Hartquist Research Group Structures, Networks, and Polymers We study the mechanics of soft matter to design solutions that resist failure.Research We have multiple openings for Ph.D. positions and...
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🚨Ph.D. Openings in Mechanics🚨 Our new lab at the University of Florida is recruiting for fully funded Ph.D. positions in mechanics, materials, and computation with applications across healthcare and sustainability.
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Hearty congratulations to Dr. Hartquist @chase_hartquist! I am fortunate and thankful for knowing and working with brilliant students like you. Best wishes for your new adventure @uflorida as Prof. Hartquist!
It’s official: I successfully defended my Ph.D. thesis from @MITMechE! My time @MIT has been a whirlwind, and I wouldn’t trade it for the world. I’m beyond thankful for my advisor @ProfZhaoMIT, committee, mentors, friends, and family members who made this dream a reality!
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It’s official: I successfully defended my Ph.D. thesis from @MITMechE! My time @MIT has been a whirlwind, and I wouldn’t trade it for the world. I’m beyond thankful for my advisor @ProfZhaoMIT, committee, mentors, friends, and family members who made this dream a reality!
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Hearty congratulations @chase_hartquist! For prospective students and postdocs, you will be working with a great mentor and friend. @MITMechE @MIT
I am extremely grateful for the constant support from my colleagues, mentors, friends, and family throughout this journey. A special thanks goes to my Ph.D. advisor @ProfZhaoMIT and my M.S. advisor @GuyGenin for their incredible mentorship and guidance.
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I am recruiting students with backgrounds in disciplines such as mechanical engineering, materials science, and biomedical engineering to join our team! See details on our website: https://t.co/uR5Lqej0Wx
faculty.eng.ufl.edu
Hartquist Research Group Structures, Networks, and Polymers We study the mechanics of soft matter to design solutions that resist failure.Research We have multiple openings for Ph.D. positions and...
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I am extremely grateful for the constant support from my colleagues, mentors, friends, and family throughout this journey. A special thanks goes to my Ph.D. advisor @ProfZhaoMIT and my M.S. advisor @GuyGenin for their incredible mentorship and guidance.
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I will give an invited talk on "Extremely tough networks: from polymers to metamaterials" @APSphysics conference tomorrow, Mar 20.
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New research from @ProfZhaoMIT’s lab reveals a universal scaling law that bridges length scales and makes it possible to predict the intrinsic fracture energy of diverse networks. https://t.co/SqKKahobm9
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Our recent publication in PRX unveils a universal scaling law to predict the fracture energy of polymer-like networks. This discovery opens up possibilities for designing mechanical metamaterials with unprecedented fracture resistance. @chase_hartquist @ShuWang_1111 @ProfZhaoMIT
Experiments and simulations reveal a scaling law to predict the energy needed to fracture stretchable networks of linked strands, with strand rupture force, breaking length, and connectivity as key factors in creating tough, versatile network materials. https://t.co/DfCeOgO9hH
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Excited to share our latest work in @PhysRevX on network fracture! @ProfZhaoMIT @Bolei_Deng @ShuWang_1111 @MIT @MITMechE
Experiments and simulations reveal a scaling law to predict the energy needed to fracture stretchable networks of linked strands, with strand rupture force, breaking length, and connectivity as key factors in creating tough, versatile network materials. https://t.co/DfCeOgO9hH
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MechE grad student Chase Hartquist was awarded second place overall for his presentation on “Nonlocal Intrinsic Fracture Energy of Polymer Networks” at the ASME Applied Mechanics Division competition. https://t.co/RFT0dZK1JW
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Pleased to share our most recent work studying fracture in polymer-like networks with hybrid bond strengths! @ProfZhaoMIT @ShuWang_1111 @Bolei_Deng @MITMechE @MIT
Glad to publish “Fracture of polymer-like networks with hybrid bond strengths” for a special issue in JMPS dedicated to @zhigangsuo’s birthday for his contributions to mechanics. We introduced polymer-like networks for simulations and bench-top experiments to understand fracture
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Delighted to give a guest lecture @MSU_EGR on the fracture of networks. Thank you @lin_shaoting for the opportunity!
Many thanks @chase_hartquist for delivering a guest lecture entitled "Fracture Mechanics of Networks" in my graduate class ME 391 Nonlinear Elasticity at MSU. All students and faculties enjoyed the lecture, which is rich, deep, and inspiring.
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Honored to give this seminar @MITMechE on fracture in polymer-like networks. A special thanks to @CarlosMPortela for the invitation and @ProfZhaoMIT for the support!
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