EXPLICIT DYNAMIC ANALYSIS OF HYBRID REINFORCED COMPOSITE FOR INDUSTRIAL SAFETY HELMET

Abstract

Recently, the use of fiber developed polymer in each field of planning (vehicle, industry
and aeronautics) and clinical has extended due to its indisputable mechanical properties. The fiber
based polymer composites are more standard because these have high strength, light in weight,
insignificant cost and viably available. In the current work, the limited component examination (FEA)
of fiber/epoxy composite based present day security cap has been performed using solid works
diversion programming. The exhibiting results show that glass fiber upheld epoxy composite can be
used as a material for production of present-day security cap which has extraordinary mechanical
properties than the current head defender material. The explicit dynamic analysis is to be done for
hybrid reinforced composite materials. These fiber reinforced composites are to be analysed by
ANSYS platform to achieve the analytical results.