Finite Element Analysis for Deformation Studies in Natural Fiber (Human Hair) Composites

摘要

Transitions to modernization involve materials and profits from sophistications in materials modeling. Present trend in design and utility of advanced materials majorly concentrate on accuracy, predictive capabilities, preciseness, repeatability, realism and of tools for the theory its modeling and simulation. Simulation methods are typically deployed to hasten product development with reliable design, increase of efficiency, and enable fundamental learning and understanding. Integrating good analysis and experimentation facilitates materials modeling that drive progress by saving time, resource and effort. Results are realistic, swiftly available and project relevant. Composites are the favorable engineering materials of high demand in industrial sectors. This paper presents the exploitation of software package ANSYS based on the Finite Element Analysis (FEA) for forecasting stress distribution in a general natural fiber composite. Though this is not the exact model, it still provides a detailed insight into the behavior of composites and fine-tuning this model may benefit in extrapolating them for forecasting the characteristics of natural and synthesis fiber composites for static and dynamic loading conditions.