Jonathan Hopkins

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Robert PanasBright Silicon TechnologiesCorreu electrònic verificat a bright-si-tech.com
Lucas ShawNASA Jet Propulsion LaboratoryCorreu electrònic verificat a jpl.nasa.gov
Christopher SpadacciniLawrence Livermore National Laboratory (current), Massachusetts Institute of Technology (previous)Correu electrònic verificat a alum.mit.edu
Yuanping SongUniversity of California, Los AngelesCorreu electrònic verificat a ucla.edu
Nick FangProfessor of Mechanical Engineering, HKU (current); previous: MIT, UCLA, UIUCCorreu electrònic verificat a hku.hk
Lorenzo ValdevitUniversity of California, IrvineCorreu electrònic verificat a uci.edu
Babak HaghpanahAssociate Specialist, University of California-IrvineCorreu electrònic verificat a uci.edu
Andrew J. PascallResearch Engineer at Lawrence Livermore National LaboratoryCorreu electrònic verificat a llnl.gov
Qi Ge (葛锜)Southern University of Science and Technology (SUSTech)Correu electrònic verificat a sustech.edu.cn
Ladan Salari-SharifUniversity of California IrvineCorreu electrònic verificat a uci.edu
Maxim ShusteffLawrence Livermore National LaboratoryCorreu electrònic verificat a llnl.gov
Qiming WangAssociate Professor, University of Southern CaliforniaCorreu electrònic verificat a usc.edu
Just HerderDelft University of TechnologyCorreu electrònic verificat a tudelft.nl
Carlos M. PortelaMassachusetts Institute of TechnologyCorreu electrònic verificat a mit.edu
Nikolay V. Vasilyev, MDPfizer, Inc.Correu electrònic verificat a pfizer.com
Pedro del NidoProfessor of Surgery, Harvard Medical SchoolCorreu electrònic verificat a cardio.chboston.org
Dino Di CarloProfessor of Bioengineering, UCLACorreu electrònic verificat a seas.ucla.edu
Ashkan VaziriBioSensics LLCCorreu electrònic verificat a biosensics.com
Howon LeeAssociate Professor, Seoul National UniversityCorreu electrònic verificat a snu.ac.kr
Hai-Jun SuProfessor of Mechanical and Aerospace Engineering, The Ohio State UniversityCorreu electrònic verificat a osu.edu

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Jonathan Hopkins

University of California, Los Angeles (UCLA)

Correu electrònic verificat a seas.ucla.edu - Pàgina d'inici

Flexible structures compliant mechanisms architected metamaterials additive fabrication optical tweezers


Títol Ordena per cites Ordena per any Ordena per títol	Citada per Citada per	Any
Lightweight mechanical metamaterials with tunable negative thermal expansion Q Wang, JA Jackson, Q Ge, JB Hopkins, CM Spadaccini, NX Fang Physical review letters 117 (17), 175901, 2016	500	2016
Multistable shape-reconfigurable architected materials B Haghpanah, L Salari-Sharif, P Pourrajab, J Hopkins, L Valdevit Adv. Mater 28 (36), 7915-7920, 2016	462	2016
Synthesis of multi-degree of freedom, parallel flexure system concepts via Freedom and Constraint Topology (FACT)–Part I: Principles JB Hopkins, ML Culpepper Precision Engineering 34 (2), 259-270, 2010	378	2010
Synthesis of multi-degree of freedom, parallel flexure system concepts via freedom and constraint topology (FACT). Part II: Practice JB Hopkins, ML Culpepper Precision Engineering 34 (2), 271-278, 2010	218	2010
Additively manufacturable micro-mechanical logic gates Y Song, RM Panas, S Chizari, LA Shaw, JA Jackson, JB Hopkins, ... Nature communications 10 (1), 882, 2019	201	2019
Synthesis of precision serial flexure systems using freedom and constraint topologies (FACT) JB Hopkins, ML Culpepper Precision Engineering 35 (4), 638-649, 2011	111	2011
Sequential metamaterials with alternating Poisson’s ratios A Farzaneh, N Pawar, CM Portela, JB Hopkins Nature communications 13 (1), 1041, 2022	92	2022
A review of micromirror arrays Y Song, RM Panas, JB Hopkins Precision Engineering 51, 729-761, 2018	87	2018
Design of parallel flexure systems via freedom and constraint topologies (FACT) JB Hopkins Massachusetts Institute of Technology, 2007	87	2007
Designing microstructural architectures with thermally actuated properties using freedom, actuation, and constraint topologies JB Hopkins, KJ Lange, CM Spadaccini Journal of Mechanical Design 135 (6), 061004, 2013	75	2013
Multiscale modeling and optimization of the mechanics of hierarchical metamaterials DM Kochmann, JB Hopkins, L Valdevit Mrs Bulletin 44 (10), 773-781, 2019	74	2019
Computationally efficient design of directionally compliant metamaterials LA Shaw, F Sun, CM Portela, RI Barranco, JR Greer, JB Hopkins Nature communications 10 (1), 291, 2019	70	2019
Programmable elastic metamaterials B Haghpanah, H Ebrahimi, D Mousanezhad, J Hopkins, A Vaziri Advanced Engineering Materials 18 (4), 643-649, 2016	68	2016
Design of flexure-based motion stages for mechatronic systems via freedom, actuation and constraint topologies (FACT) JB Hopkins Massachusetts Institute of Technology, 2010	68	2010
Mechanical neural networks: Architected materials that learn behaviors RH Lee, EAB Mulder, JB Hopkins Science Robotics 7 (71), eabq7278, 2022	66	2022
A screw theory basis for quantitative and graphical design tools that define layout of actuators to minimize parasitic errors in parallel flexure systems JB Hopkins, ML Culpepper Precision Engineering 34 (4), 767-776, 2010	65	2010
Eliminating underconstraint in double parallelogram flexure mechanisms RM Panas, JB Hopkins Journal of mechanical Design 137 (9), 092301, 2015	56	2015
Current challenges and potential directions towards precision microscale additive manufacturing–Part IV: Future perspectives D Behera, S Chizari, LA Shaw, M Porter, R Hensleigh, Z Xu, X Zheng, ... Precision Engineering 68, 197-205, 2021	51	2021
Compliant rolling-contact architected materials for shape reconfigurability LA Shaw, S Chizari, M Dotson, Y Song, JB Hopkins Nature communications 9 (1), 4594, 2018	46	2018
Polytope sector-based synthesis and analysis of microstructural architectures with tunable thermal conductivity and expansion JB Hopkins, Y Song, H Lee, NX Fang, CM Spadaccini Journal of Mechanical Design 138 (5), 051401, 2016	41	2016

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