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Industrial hemp fibers as reinforcing agents in 3D-printing filament composites : presentation
Author(s):Mandicello, Lucas A.; Druelinger, Melvin L.; Jaksic, Nebojsa I.
Date:2017
This paper addresses mechanical and chemical properties of various plastic 3D-printing filament composites reinforced with industrial hemp (Cannabis Sativa L.) fibers. Hemp fibers are considered an economically advantageous ...
Industrial hemp fibers as reinforcing agents in 3D-printing filament composites : poster
Author(s):Jaksic, Nebojsa I.; Mandicello, Lucas A.; Druelinger, Melvin L.
Date:2017
This research project studies mechanical and chemical properties of PLA plastic 3D-printing filament composites reinforced with industrial hemp (Cannabis Sativa L.) fibers. The aim is to investigate the use of hemp fibers ...
Nanotechnology electrospinning experiment
Author(s):Wolfram, Marcus; Daniel, D. Mike; Vigil, Joey; Ansaf, Bahaa; DePalma, Jude; Duong, Trung; Jaksic, Nebojsa I.
Date:2017
Electrospinning is a technique which has been used in order to successfully create polymer nanofibers. In this process, a charged polymer jet is collected on a grounded collection plate. A polymer jet is formed when an ...
Ionic polymer metal composites used as an actuator
Author(s):Al-Allaq, Aiman H.; DeHerrera, Brandon; Ansaf, Bahaa; DePalma, Jude; Duong, Trung; Jaksic, Nebojsa I.; Li, Boyan
Date:2017
Ionic Polymer Metal Composites (IPMC) are synthetic composite nanomaterials which can exhibit large dynamic deformation under a low electric field. The applications of these artificial muscles range from biomedical to ...
3-D printing metal objects project
Author(s):Armijo, James; Daniel, D. Mike; Ansaf, Bahaa; DePalma, Jude; Duong, Trung; Jaksic, Nebojsa I.
Date:2017
Existing machines capable of 3D printing metal objects can cost in the range of millions of dollars and the process can be dangerous. It is desirable to develop a process that is inexpensive, safe, and open source based. ...