Influence Eggshells powder additive on thermal stress of fiberglass/polyester composite tubes

Abstract

In this study, the influences of eggshell powder application on random fiberglass/polyester composite pipes thermal stresses were investigated experimentally and numerically. The experimental part involved industrializing tube samples which are Egg Shell Powder with Polyester at 50% volume fraction.(E50), Random Fiberglass with plyester at 50% volume fraction (F50) and Egg Shell Powder with Random Fiberglass with Polyester at 50% volume fraction (E25F25). Resin molding procedure and experimental rig design to study how tube samples are faced with thermal loads. Pipes are made with (95 mm) inner diameter, (400 mm) circumference, and (5 mm) wall thicknesses. Computational Fluid Dynamic, ANSYS software package version 11, is simulated with product form SHELL63. Results show that, composite samples (F50) had an average longitudinal strain, while composite samples (E50) had a low longitudinal strain. The composite (F50) had average longitudinal and hoop stress (62.2 MPa, and 61.1 MPa) respectively, while the composite (E50) had low longitudinal hoop stress (28.5 MPa, ad 30.8 MPa) respectively.

The Environmental Impact of Pollutants and Heavy Materials on the Water Quality in the Tigris River

“…Extensive mechanical research on membranes for gas separation and wastewater treatment, particularly when using polymer nanocomposite adsorbents, which offer excellent hydraulic and mechanical properties. Other uses for it have been mentioned in the literature [12]. Numerous writers have looked at how highpower technologies are used today, and some have even designed an experimental radio frequency that can be used in wastewater treatment facilities [13][14][15][16][17][18][19][20][21][22][23][24][25][26][27][28][29].…”