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Siavash Sharifi
Siavash Sharifi
Syracuse University
Verified email at nevada.unr.edu
Title
Cited by
Cited by
Year
Leakage fault detection in Electro-Hydraulic Servo Systems using a nonlinear representation learning approach
S Sharifi, A Tivay, SM Rezaei, M Zareinejad, B Mollaei-Dariani
ISA transactions 73, 154-164, 2018
562018
Robust Three‐Component Elastomer–Particle–Fiber Composites with Tunable Properties for Soft Robotics
A Mohammadi Nasab, S Sharifi, S Chen, Y Jiao, W Shan
Advanced Intelligent Systems, 2000166, 2020
242020
Switchable adhesion via subsurface pressure modulation
A Mohammadi Nasab, A Luo, S Sharifi, KT Turner, W Shan
ACS applied materials & interfaces 12 (24), 27717-27725, 2020
212020
Multi-class fault detection in electro-hydraulic servo systems using support vector machines
S Sharifi, SM Rezaei, A Tivay, F Soleymani, M Zareinejad
2016 4th International Conference on Robotics and Mechatronics (ICROM), 252-257, 2016
162016
Dynamically tunable friction via subsurface stiffness modulation
S Sharifi, C Rux, N Sparling, G Wan, A Mohammadi Nasab, A Siddaiah, ...
Frontiers in Robotics and AI 8, 691789, 2021
102021
Robust Bicontinuous Elastomer‐Metal Foam Composites with Highly Tunable Stiffness
S Sharifi, AM Nasab, PE Chen, Y Liao, Y Jiao, W Shan
Advanced Engineering Materials, 2022
82022
Position control of a servo-pneumatic actuator using generalized Maxwell-Slip friction model
F Soleymani, SM Rezaei, S Sharifi, M Zareinejad
2016 4th International Conference on Robotics and Mechatronics (ICROM), 246-251, 2016
62016
Dynamically tunable dry adhesion through a subsurface thin layer with tunable stiffness
A Mohammadi Nasab, P Stampfli, S Sharifi, A Luo, KT Turner, W Shan
Advanced Materials Interfaces 9 (7), 2102080, 2022
52022
Designing LMPA-Based Smart Materials for Soft Robotics Applications
S Sharifi
Syracuse University, 2023
2023
Robust Bi-continuous Metal-Elastomer Foam Composites with Highly Tunable Stiffness
S Sharifi, AM Nasab, P Chen, Y Liao, Y Jiao, W Shan
Advanced engineering materials, 2022
2022
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