Abstract: Using numerical modeling approach, the influence of
solar radiation on the temperature distribution in brick wall
of the heated room in the winter period of the year is
investigated. Besides, the effect of solar radiation on the
temperature state of the indoor air has been determined.
Numerical modeling is performed by the finite-difference
solution of the set of dynamics and energy equations for
indoor air and the equation of heat conduction for wall
structures. Boundary conditions are set on the contact
surfaces of the air medium with the outer and inner walls of
the room accounting the extra heat flux from solar radiation.
It is shown that in the winter period of the year, the presence
of solar radiation increasing the temperature of both the
outer wall and the air inside the room. This circumstance
should be taken into account when developing energy
saving measures in buildings heat supply systems.
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