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Dynamic Rigidity Control for Supportive Sheaths in Endovascular Procedures

Source: Journal of Biomechanical Engineering:;2025:;volume( 147 ):;issue: 007:;page 71006-1

Author(s): Qiu, Michael Y.; Chandrasekaran, Vinay; Hartquist, Chase M.; Lowe, Halle R.; Suskin, Charles B.; Lee, Sheridan; Becerra-Garcia, Juan; Lee, Jin Vivian; Rucker, DeVaughn B.; Connor, Michelle R.; Pyeatte, Sophia R.; Zaghloul, Mohamed S; Elizondo Benedetto, S

Publisher: The American Society of Mechanical Engineers (ASME)

Abstract: -

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Multiscale Architecture Governs Stability in Suction-Actuated Variable Stiffness Catheters

Source: Journal of Biomechanical Engineering:;2026:;volume( 148 ):;issue:007:;page 11

Author(s): Rucker, DeVaughn G.; Lee, Sheridan; Qiu, Michael Y.; Huang, Yuxuan; Becerra-García, Juan; Jin, Hanxun; Suskin, Charles B.; Connor, Michelle; Pyeatte, Sophia; Osbun, Joshua W.; Zayed, Mohamed A.; Genin, Guy M.

Publisher: The American Society of Mechanical Engineers (ASME)

Abstract: Abstract. Endovascular procedures require devices with widely varying mechanical properties: flexibility for navigating tortuous vessels, and rigidity for stable therapeutic delivery. Suction-actuated variable stiffness ...

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Dynamic Rigidity Control for Supportive Sheaths in Endovascular Procedures

Multiscale Architecture Governs Stability in Suction-Actuated Variable Stiffness Catheters

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Dynamic Rigidity Control for Supportive Sheaths in Endovascular Procedures

Multiscale Architecture Governs Stability in Suction-Actuated Variable Stiffness Catheters