Search

Your search keyword '"Chen, Runrun"' showing total 7 results
Start Over Author "Chen, Runrun"
7 results on '"Chen, Runrun"'

4. Engineered organoids for biomedical applications

Author

Roberto de Barros, Natan, Wang, Canran, Maity, Surjendu, Peirsman, Arne, Nasiri, Rohollah, Herland, Anna, Ermis, Menekse, Kawakita, Satoru, Gregatti Carvalho, Bruna, Hosseinzadeh Kouchehbaghi, Negar, Donizetti Herculano, Rondinelli, Tirpáková, Zuzana, Mohammad Hossein Dabiri, Seyed, Lucas Tanaka, Jean, Falcone, Natashya, Choroomi, Auveen, Chen, RunRun, Huang, Shuyi, Zisblatt, Elisheva, Huang, Yixuan, Rashad, Ahmad, Khorsandi, Danial, Gangrade, Ankit, Voskanian, Leon, Zhu, Yangzhi, Li, Bingbing, Akbari, Mohsen, Lee, Junmin, Remzi Dokmeci, Mehmet, Kim, Han-Jun, and Khademhosseini, Ali

Published
2023
Full Text
View/download PDF

5. Gelatin methacryloyl and Laponite bioink for 3D bioprinted organotypic tumor modeling

Author

de Barros, Natan Roberto, primary, Gomez, Alejandro, additional, Ermis, Menekse, additional, Falcone, Natashya, additional, Haghniaz, Reihaneh, additional, Young, Patric, additional, Gao, Yaqi, additional, Aquino, Albert-Fred, additional, Li, Siyuan, additional, Niu, Siyi, additional, Chen, RunRun, additional, Huang, Shuyi, additional, Zhu, Yangzhi, additional, Eliahoo, Payam, additional, Sun, Arthur, additional, Khorsandi, Danial, additional, Kim, Jinjoo, additional, Kelber, Jonathan, additional, Khademhosseini, Ali, additional, Kim, Han-Jun, additional, and Li, Bingbing, additional

Published
2023
Full Text
View/download PDF

6. Controlling a Below-the-Elbow Prosthetic Arm Using the Infinity Foot Controller.

Author

Bishay, Peter L., Wilgus, Jack, Chen, RunRun, Valenzuela, Diego, Medina, Victor, Tan, Calvin, Ittner, Taylor, Caldera, Miguel, Rubalcava, Cristina, Safarian, Shaghik, Alfaro, Gerbert Funes, Gonzalez-Martinez, Alfredo, Gosparini, Matthew, Fuentes-Perez, Jose, Lima, Andy, Villalobos, Jonnathan, and Solis, Abrahan

Subjects
FOOT physiology, WRIST physiology, ARTIFICIAL limbs, GRIP strength, STRUCTURAL models, BIONICS, AMPUTEES, BODY movement, PROSTHESIS design & construction
Abstract

Nowadays there are various prosthetic arm designs in the literature, the market, and CAD design websites, with different shapes, sizes, and degrees of freedom. Only limited options are available for controlling such prostheses. Prosthetic arm users reported muscle fatigue and unreliability when using the market-dominated myoelectric sensors. This work presents the "Infinity Foot Controller" as a new approach to control a five-finger below-the-elbow prosthetic arm with wrist rotation and bending capabilities. This foot control system receives user input from a custom insole and a sensor-controller unit placed alongside the user's shoe to perform various hand grips, gestures, and/or rotations. To demonstrate the new foot controller, a design of a 3D-printed below-the-elbow prosthetic arm, called the "Infinity Arm", is presented. This arm is suitable for gripping relatively lightweight objects and making hand gestures. It includes a wrist actuation system that permits 120° wrist rotation and 70° wrist extension and flexion. It also includes a haptic feedback system that utilizes fingertip force sensors to relay a vibratory response in an armband placed on the user's arm, giving the user a sense of touch. A proof-of-concept model was built to demonstrate the system and a testing procedure was proposed. [ABSTRACT FROM AUTHOR]

Published
2023
Full Text
View/download PDF

7. Resilience-Enhancing Model Considering Weather-Sensitive Constraints

Author

Wu, Yingjun, Chen, Xuejie, Chen, Runrun, Chen, Kaipeng, Yao, Weijie, and Mbonyineza, Roger

Abstract

Resilience strategies prove effective in mitigating extreme weather impacts. Nevertheless, conventional approaches often neglect the fluctuation in security constraints for electrical equipment during such conditions. This paper introduces a resilience-enhancing model for distribution networks, explicitly addressing the repercussions of ice disasters on voltage and power flow security limits. By scrutinizing the influencing mechanisms of corona and icing flashover on voltage security limits and evaluating current carrying capacity on power flow security limits, a dynamic weights-based model for voltage security limits and a weather correction coefficients-based model for power flow security limits are presented. Simulation results on the modified IEEE 69 and 123-node test system substantiate the validity of the proposed methodology.

Published
2024
Full Text
View/download PDF

Catalog

Books, media, physical & digital resources
See catalog results