School of Medicine
Pathology, Anatomy and Laboratory Medicine
Typically, wood-based composite materials have been developed through empirical studies. In these products, the constituent wood elements have broad spectrums regarding species, size, and anatomical orientation relative to their own dimensions. To define special strength and stiffness properties during a long-term study, two types of corrugated wood composite panels were developed for possible structural utilization. The constitutional elements of the newly developed products included Appalachian hardwood veneer residues (side clippings) and/or rejected low quality, sliced veneer sheets. The proposed primary usage of these veneer-based panels is in applications where the edgewise loading may cause buckling (e.g., web elements of I-joists, shear-wall and composite beam core materials). This paper describes the development of flat and corrugated panels, including furnish preparations and laboratory-scale manufacturing processes as well as the determination of key mechanical properties. According to the results in parallel to grain direction bending, tension and compression strengths exceeded other structural panels’ similar characteristics, while the rigidities were comparable. Based on the research findings, sliced veneer clipping waste can be transformed into structural panels or used as reinforcement elements in beams and sandwich-type products.
Digital Commons Citation
Mulcahey, Thomas I.; Coad, James E.; Fan, Wei Li; Grasso, Daniel J.; Hanley, Brian M.; Hawkes, Heather V.; McDermott, Sean A.; O'Connor, John P.; Sheets, Ellen E.; and Vadala, Charles J., "Metered Cryospray™: a novel uniform, controlled, and consistent in vivo application of liquid nitrogen cryogenic spray" (2017). Faculty & Staff Scholarship. 2089.
Denes, L., Lang, E., & McNeel, J. (2016). Development of Veneer-based Corrugated Composites, Part 1: Manufacture and Basic Material Properties. BioResources, 12(1), 774-784. Retrieved from https://ojs.cnr.ncsu.edu/index.php/BioRes/article/view/10433