COOLING LOAD CALCULATION II HVAC FULL COURSE II PART 16

Описание: cooling load calculation part 1 below link
   • COOLING LOAD CALCULATION II HVAC FULL COUR...  
part 2 :    • COOLING LOAD CALCULATION II HVAC FULL COUR...  
part 3 :    • COOLING LOAD CALCULATION II HVAC FULL COUR...  
part 4 :    • COOLING LOAD CALCULATION II HVAC FULL COUR...  
part 5 :    • COOLING LOAD CALCULATION II HVAC FULL COUR...  
part 6 :    • COOLING LOAD CALCULATION II HVAC FULL COUR...  
part 7 :    • COOLING LOAD CALCULATION II HVAC FULL COUR...  
part 8 :    • COOLING LOAD CALCULATION II HVAC FULL COUR...  
part 9 :    • COOLING LOAD CALCULATION II HVAC FULL COUR...  
part 10 :    • COOLING LOAD CALCULATION II HVAC FULL COUR...  
part 11 :    • COOLING LOAD CALCULATION II HVAC FULL COUR...  
part 12 :    • COOLING LOAD CALCULATION II HVAC FULL COUR...  
part 13 :   • COOLING LOAD CALCULATION II HVAC FULL COUR...  
part 14 :   • COOLING LOAD CALCULATION II HVAC FULL COUR...  
part 15 :   • COOLING LOAD CALCULATION II HVAC FULL COUR...  
After its introduction in the 1979 ASHRAEhandbook, research continued on increasing the accuracy of the CLTD/CLF method. Research completed in 1984 revealed some factors which were not accounted for in the original publication of the method; these findings were a result of the ASHRAE research project 359. In 1988 ASHRAE Research Project 472 worked to correct these oversights with the introduction of a classification system for walls, roofs, and zones. Additionally, a weighting factor database was generated to help correct for previous inaccuracies. Additional research in Thermal radiation and appliance heat gain with respect to CLTD data was also completed shortly after the original publication of the method. The advancements in each of these areas inspired a revision/compilation effort, and in 1993 the CLTD/CLF/SCL method was succinctly compiled by Spitler, McQuiston, and Lindsey