- 50 Inside 100 Wall A Plaster 3cm 120 Outside Plaster 2cm Reinf Conerale 25cm 100 Inside 50 Walla Wooden Sas 1 (70.14 KiB) Viewed 65 times
50 inside 100 WALL A •plaster! (3cm) 120 outside -plaster (2cm) reinf. conerale (25cm) 100 inside *50* -WALLA WOODEN SASH SINGLE GLASS WALL B WALL B WALL B PLASTER (2 cm) HOLLOW BRICK (9cm) EXPANDED POLYST RENE (3cm BRICK BLOCKS (10cm) out side. in PROBLEM: Near East University Take inside air temperature as 18°C. a) Check if the wall section A and B are, sufficient for Nicosia. Rcond A = ? Rcond = ? b) Find total heat resistances of wall A and B Rtotal = c) Find total heat transfer coefficent of wall A, B, and window. d) Find rate of heat flux values for wall A and B 2) Find out the mean total heat transfer coefficient for wall element (consider wall A, B and window) f) Find out the total heat loss of the wall element 9) Find out contact surface temperatures of wall B.