Experimental Investigation of Flexural Strength on Honeycomb Composite Materials using Python Programming

Honeycomb structures are often natural or artificial assemblies, which have the similar geometrical shape of a honeycomb and are used to get the expected strength by minimize the amount of used material, reduce the weight and cost of the materials. The advantages of honeycomb sandwich structures when compared to conventional structures are that it provides: very low weight, production cost savings, durability and high stiffness. Acrylic Honeycomb structures are made-up of unique core material that offers advantages such as good impact strength, transparency, resistance to breakage, elasticity, good weatherability, good heat resistance, excellent dimensional stability. Honeycomb sandwich composite fabricated by using Acrylic honeycomb sheet as a core material along with carbon fiberreinforced polymers (CFRP) and glass fiberreinforced polymers (GFRP) as face sheets. The main objective of this paper is to evaluate the Flexural strength of Honeycomb sandwich composite and calculate the values from the Python Libraries such as NumPy and Matplotlib.