PLEASE DO THIS IN MATLAB WILL UPRATE YOU TIME CRUNCH

Coming back to the winter theme, today you will calculate snow drifts on a building roof. However, this is not a structural load problem, this is a decisions problem ASCE 7, Minimum Design Loads for Buildings and Other Structures, is the structural engineer's guide to loads on buildings (as opposed to bridges, which use different design loads). ASCE 7 tells us that a lower roof can accumulate snow as a windward drift (right to left in the picture below), or a leeward drift (left to right) Surcharge Load Due to Drifting he hd Pd Balanced Snow Load hb We are also given Drift snow loads shall be superimposed on the balanced snow load If he/hb hc, the drift height equals hc and 2 4h Equation2 For windward drifts use the same equations for hd and w, but use the length of the lower roof for , and multiply the resulting value of hd by 0.75. The design drift shall be the larger of the windward and leeward drift:s Coming back to the winter theme, today you will calculate snow drifts on a building roof. However, this is not a structural load problem, this is a decisions problem ASCE 7, Minimum Design Loads for Buildings and Other Structures, is the structural engineer's guide to loads on buildings (as opposed to bridges, which use different design loads). ASCE 7 tells us that a lower roof can accumulate snow as a windward drift (right to left in the picture below), or a leeward drift (left to right) Surcharge Load Due to Drifting he hd Pd Balanced Snow Load hb We are also given Drift snow loads shall be superimposed on the balanced snow load If he/hb hc, the drift height equals hc and 2 4h Equation2 For windward drifts use the same equations for hd and w, but use the length of the lower roof for , and multiply the resulting value of hd by 0.75. The design drift shall be the larger of the windward and leeward drift:s