Thermal effects play significant role in the design of a structure
when it is supposed to work in hot environment. For this purpose a
thorough analysis of structure is necessary that could precisely
consider the effect of temperature change. At first an accurate
thermal analysis is required that may be further followed by stress
or dynamic analysis. In this work, shell finite element developed
by Rolfes et al to perform 3D thermal analysis is studied using
Ansys and results are found good when comparing with the 3D solid
element result. The interlaminar shear stress analysis of composite
plate considering thermal and mechanical loading is studied under
different set up of laminate scheme and the results have been found
good when compared with the available 3D elasticity results. Then,
the effect of thermal stresses on natural frequency of a structure
is analyzed considering as thermally prestresssed case under
different laminate schemes and boundary conditions. Finaly, A
stringer stiffened panel is analyzed under thermal and mechanical
load. Interlaminar stresses and natural frequency are evaluated by
considering the effect of thermal loading.
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