... Abstract Additive manufacturing (AM) is a very versatile and powerful tool for fabricating lower-limb prosthetic sockets. Fused filament fabrication (FFF), a material extrusion AM technique, has the potential to greatly improve the function and comfort of prosthetic sockets with enhanced...

... modified catenoid minimal surface Weierstrass parametrization curvature gyroid diamond surface doubly and triply periodic additive manufacturing self-organization Proceedings of the ASME 2022 Conference on Smart Materials, Adaptive Structures and Intelligent Systems SMASIS2022 September 12-14...

... Abstract Significant progress into the development and use of stretchable sensors for structural health monitoring (SHM) has been made in the last several years. The fusion of stretchable, adaptable sensing materials with highly specialized additive manufacturing techniques allows...

... into place. This configuration serves as proof-of-concept that the proposed magnetically-responsive polymers are capable of eliciting the shape change of an SMP through bending in response to an external magnetic stimulus. After demonstrating feasibility, the next step is to use additive manufacturing (AM...

... Abstract Recent developments in materials and processes for additive manufacturing (AM) have moved 3D printing beyond just prototyping of manufactured parts and into exciting new applications. For example, various researchers and industries have successfully demonstrated the use of conductive...

... Abstract This work presents a new process to print piezoelectric polymer-based sensors through additive manufacturing via three-dimensional (3D) printing technology. 3D printing has become an efficient method to fabricate devices with complex geometric structures and embedded functionalities...

... Abstract In view of additive manufacturing and customized solutions, this paper describes the development of force sensors by combining DLP-printed components with shape memory alloys. The focus is on material investigations followed by FEM analysis for the development of topology-optimized...

... Abstract In the last decade, additive manufacturing technologies (AMT) have spread widely in the industrial field, mostly for fast prototyping but also for the production of finished parts that need a high level of customization. With respect to the well-established material subtractive...

... Abstract In the last decade composite materials, previously almost exclusively used in aerospace and automotive industries, are becoming widespread thanks to the introduction of the fused filament fabrication (FFF) process in the additive manufacturing technology. With respect to the standard...

... additive manufacturing porous material phenomenological modeling A PHENOMENOLOGICAL MODEL FOR SHAPE MEMORY ALLOYS WITH UNIFORMLY DISTRIBUTED POROSITY Wael Zaki Department of Mechanical Engineering Khalifa University P.O. Box 127788 Abu Dhabi, UAE Email: wael.zaki@ku.ac.ae NV Viet Department...

... than one fabrication step. The arrival of flexible 3D printing materials and 3D printing techniques has facilitated the creation of these flexible actuators via additive manufacturing. The work presented in this article displays the analytical characterization and experimental validation of two...

... materials. piezoelectric sensor PVdF 3D printing additive manufacturing electric poling THE EFFECTS OF ADDITIVE MANUFACTURING AND ELECTRIC POLING TECHNIQUES ON PVDF THIN FILMS: TOWARDS 3D PRINTED FUNCTIONAL MATERIALS Jinsheng Fan1, David Gonzalez2, Jose Garcia2, Brittany Newell2, Robert...

... Abstract Additive manufacturing technologies and products have seen significant growth in the last decade but have the potential to see greater advancement with the addition of functional material properties in filaments, vastly expanding the product range. Polylactic acid (PLA) is a common...

... the components with reduction of the number of parts. The self-folding origami structures can be used in many applications for volume reduction in packaging and space engineering. Additive manufacturing technologies enable easy and fast prototyping of the monolithic structure. The geometry of the structure...

... soft pneumatic actuator based on additive manufacturing, achieving design versatility and performance. The produced actuator has seven that can be individually controlled. The actuators were made using fused deposition modeling (FDM) technology in one continuous process and without support material...