...Guru Anandan, BE; Venkatachalam Gopalan, PhD; Vasudevan Rajamohan, PhD Natural fibers are known for their biodegradable and abundant availability, which makes them a potential replacement for synthetic fibers. An attempt is made in this work to study the thermal buckling behavior of a jute-fiber...

... analyzed the tensile behavior and conducted fractographic observations. Ochi 16 examined the mechanical properties of kenaf-fiber-reinforced composites. The author investigated the thermal effect on the tensile properties of kenaf fibers. The biodegradability of kenaf/polylactic acid (PLA) composites...

... , 6 However, physical methods are expensive, while chemical ones generate hazardous by-products. 7 (corresponding author: sakilmahmud@nimte.ac.cn) 16 12 2018 10 10 2019 ICE Publishing: All rights reserved 2019 biodegradable green chemistry nanoparticles Recently...

... Publishing: All rights reserved 2013 biomaterial biodegradable magnesium alloys Metallic stress corrosion cracking temporary implants On the basis of the functionalities, medical implant devices can be placed into two categories: (a) those permanently placed in the human body...

... morbidity. The concept of magnesium as a biodegradable implant was first investigated 100 years ago by Payr as an innovative approach to address the aforementioned concerns. In this investigation, three alloys were fabricated by casting technology: Magnesium-Zinc (MgZn), Magnesium-Zinc-Calcium (MgZnCa...