ขนาดวิดีโอ: 1280 X 720853 X 480640 X 360
แสดงแผงควบคุมโปรแกรมเล่น
เล่นอัตโนมัติ
เล่นใหม่
the condition number 3 say that the building is near the crest or in the up half hill, which is not in this example !
Would it be possible to purchase the spreadsheet from you?
Thank you for the materi sir. I want to ask what is the value of "e" in the K3 formula ?
e is constant and is called "Euler's number" the base of natural log function. It is equal to e = 2.71828
for K1, is it K1*H/Lh or K1/(H/Lh)? as per your video you multiplied 0.85 to H/Lh instead of division.
yes po, you multiply, kasi K1/(H/Lh) = 0.85. So K1 = 0.85*(H/Lh)
Sir, if the problem states that we assume a 2d-hill, do I use the 3d-axisymmetrical hill or the 2d ridges?
just assume 2d ridges.
thanks
Very good and i would like to have Excel spreadsheet for gust affect factor for flexible structureWould you pl send me
Good day, sir. If possible sir, pwede po maka hingi ng excel file niyo for topographic effects sa wind load? Salamat po sir!
the condition number 3 say that the building is near the crest or in the up half hill, which is not in this example !
Would it be possible to purchase the spreadsheet from you?
Thank you for the materi sir. I want to ask what is the value of "e" in the K3 formula ?
e is constant and is called "Euler's number" the base of natural log function. It is equal to e = 2.71828
for K1, is it K1*H/Lh or K1/(H/Lh)? as per your video you multiplied 0.85 to H/Lh instead of division.
yes po, you multiply, kasi K1/(H/Lh) = 0.85. So K1 = 0.85*(H/Lh)
Sir, if the problem states that we assume a 2d-hill, do I use the 3d-axisymmetrical hill or the 2d ridges?
just assume 2d ridges.
thanks
Very good and i would like to have Excel spreadsheet for gust affect factor for flexible structure
Would you pl send me
Good day, sir. If possible sir, pwede po maka hingi ng excel file niyo for topographic effects sa wind load? Salamat po sir!