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- Title
Comparative Analysis of Energy Absorption Capacity of Single and Nested Metal Matrix Composite Tubes Under Quasi-Static Lateral and Axial Loading.
- Authors
Dehghanpour, S.; Safari, K. Hosseini; Barati, F.; Attar, M. M.
- Abstract
In this paper the behavior of nested tube systems under quasi-static compressive loading is investigated. Two nested tube systems with metal matrix composite are subjected to compressive loads so that in the system A the exterior and interior tubes are under axial and lateral loads, respectively but in the system B the exterior and interior tubes are under lateral and axial loads, respectively. Furthermore, these systems behavior are studied numerically. The results show that energy absorption capacity for both of nested tube systems is greater than the sum of energy absorption capacities of two constitutive tubes when loaded individually. Also, it is shown that the absorbed energy for system A is greater than that of system B. In this research the effects of section geometry and the condition of loading (axial or lateral)of thinwalled tubes on energy absorption capacity and the value of the peak load are studied both experimentally and numerically.
- Subjects
COMPARATIVE studies; ENERGY absorption films; METALLIC composites; COMPOSITE materials; QUASISTATIC processes
- Publication
Journal of Solid Mechanics, 2021, Vol 13, Issue 2, p134
- ISSN
2008-3505
- Publication type
Article
- DOI
10.22034/jsm.2020.1889852.1537