Quasi-static model expresses LSSA net axial force as pressure contributions from cap and folded walls minus axial stiffness force, with experiments showing force drop from ~112 N to near zero at 40 mm extension under 125 kPa.
Development and Testing of Novel Soft Sleeve Actuators
3 Pith papers cite this work. Polarity classification is still indexing.
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The review classifies soft pneumatic actuators by four motion classes and analyzes how structural design choices affect motion output, force, air demand, repeatability, durability, and integration suitability.
citing papers explorer
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Analytical and Experimental Force Analysis of a Soft Linear Pneumatic Actuator
Quasi-static model expresses LSSA net axial force as pressure contributions from cap and folded walls minus axial stiffness force, with experiments showing force drop from ~112 N to near zero at 40 mm extension under 125 kPa.
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Soft Pneumatic Actuators for Soft Robotics: A Motion-Based Review of Actuation Mechanisms and Performance Trade-offs
The review classifies soft pneumatic actuators by four motion classes and analyzes how structural design choices affect motion output, force, air demand, repeatability, durability, and integration suitability.