Thanh‐Giang La
Papers
4
Total Citations
149
H-Index
4
About
Thanh-Giang La is a leading researcher in soft materials and bioinspired composites, whose work bridges the gap between synthetic systems and biological tissues. His key research areas include dielectric elastomer actuators, flexible sensor arrays, and biomimetic materials for medical devices. La’s major contributions include the development of fabric-reinforced elastomer composites that replicate the anisotropic, J-shaped stress–strain behavior of human and porcine aorta—a critical advance for ex vivo heart perfusion devices that keep donor hearts warm and beating during transport. His 2019 paper on this topic has garnered 65 citations, underscoring its impact on cardiac surgery. La also pioneered a thermochromic and piezocapacitive flexible sensor array (54 citations) that combines composite elastomer dielectrics with transparent ionic hydrogel electrodes, enabling simultaneous pressure and temperature sensing with visible feedback for electronic skin applications. Additionally, his work on muscle-like high-stress dielectric elastomer actuators (25 citations) introduced oil capsules to overcome electrical breakdown limits, achieving actuation stresses comparable to human muscle. These innovations position La as a key figure in advancing soft robotics, prosthetics, and biomedical devices.
Research Focus
Key Achievements
Top Papers
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- 3Muscle-like high-stress dielectric elastomer actuators with oil capsules25 citations · 2014
- 4High stress actuation by dielectric elastomer with oil capsules5 citations · 2014