This thesis performs closed-loop control of a 3D printed soft bending actuator with feedback from a 3D printed strain sensor. This process utilizes the Finite Element Method (FEM) to design a bellow type pneumatic bending actuator that can handle pressures up to 4 bar. The developed actuator is produced with a Fused Deposition Modeling (FDM) 3D printer method with the elastic filament NinjaFlex. Soft sensors are 3D printed with the conductive filament Eel and their strain-resistive performance in hysteresis, linearity, and repeatability are investigated by testing 3D printed sensors with different shapes. The optimal sensor design is then selected and applied onto the soft actuator and the resistance signal from the sensor is used as the sh...
Soft robotics is an emerging field that takes advantage of compliant materials and makes use of nons...
A new type of soft actuator was developed by using hydrogel materials and three-dimensional (3D) pri...
A new type of soft actuator was developed by using hydrogel materials and three-dimensional (3D) pri...
This thesis performs closed-loop control of a 3D printed soft bending actuator with feedback from a ...
This project aims to build up a soft robotic gripper that mimics human hands and design a closedloop...
This paper presents a fully printable sensorized bending actuator that can be calibrated to provide ...
This master thesis report is focused on the development and study of a tendon driven soft actuator f...
Additive manufacturing has recently become an increasingly available, affordable, and versatile tech...
The goal of this thesis was to create a sensors glove with force feedback feeling when operating a h...
Soft pneumatic actuators are usually fabricated using molding and casting techniques with silicone r...
This paper presents a fully printable sensorised bending actuator that can be calibrated to provide ...
The purpose of this thesis was to design, construct and control a robotic arm with six degrees of fr...
This paper presents the design, improvement, fabrication and application of a novel 3D printed pneum...
Exploiting novel sensors and actuators made of flexible and smart materials becomes a new trend in r...
Developing soft actuators and sensors by means of 3D printing has become an exciting research area. ...
Soft robotics is an emerging field that takes advantage of compliant materials and makes use of nons...
A new type of soft actuator was developed by using hydrogel materials and three-dimensional (3D) pri...
A new type of soft actuator was developed by using hydrogel materials and three-dimensional (3D) pri...
This thesis performs closed-loop control of a 3D printed soft bending actuator with feedback from a ...
This project aims to build up a soft robotic gripper that mimics human hands and design a closedloop...
This paper presents a fully printable sensorized bending actuator that can be calibrated to provide ...
This master thesis report is focused on the development and study of a tendon driven soft actuator f...
Additive manufacturing has recently become an increasingly available, affordable, and versatile tech...
The goal of this thesis was to create a sensors glove with force feedback feeling when operating a h...
Soft pneumatic actuators are usually fabricated using molding and casting techniques with silicone r...
This paper presents a fully printable sensorised bending actuator that can be calibrated to provide ...
The purpose of this thesis was to design, construct and control a robotic arm with six degrees of fr...
This paper presents the design, improvement, fabrication and application of a novel 3D printed pneum...
Exploiting novel sensors and actuators made of flexible and smart materials becomes a new trend in r...
Developing soft actuators and sensors by means of 3D printing has become an exciting research area. ...
Soft robotics is an emerging field that takes advantage of compliant materials and makes use of nons...
A new type of soft actuator was developed by using hydrogel materials and three-dimensional (3D) pri...
A new type of soft actuator was developed by using hydrogel materials and three-dimensional (3D) pri...