Nonsymmetrical loading of the snow, Civil Engineering

Nonsymmetrical loading of the snow

A decrease in snow weight in some parts of a roof because of the wind, or melting from the heath, or the sun light would reduce internal powers and tensions in parts of the structure. However, there might be some cases that reduction in the amount of snow in some parts of the roof can cause more tension in some other parts of the structure. Cantilever roofs are obvious examples of that. Reduction of the snow weight in some parts of the cantilever causes some flexural tensions and changes in the shapes of the nearby cover of the threshold.

In arched roofs, nonsymmetrical loading would be essential if the gradient of the arch is at least 10 and at most 60.

Posted Date: 8/8/2012 4:04:40 AM | Location : United States







Related Discussions:- Nonsymmetrical loading of the snow, Assignment Help, Ask Question on Nonsymmetrical loading of the snow, Get Answer, Expert's Help, Nonsymmetrical loading of the snow Discussions

Write discussion on Nonsymmetrical loading of the snow
Your posts are moderated
Related Questions
can you do finite elements using the weighted residual formulation-galerkin method?

parabola by offset method

minimun difference in level of inlet and oulet pipe level invert in manhole

Question Now, mainly flap valves are ended of HDPE. What is the major compensation of using HDPE as compared with cast iron? Answer (i) It has no response with sewage

Q. What are the Parasitic forces for prestressing? In statically determinate structures, prestressing forces will cause the concrete structures to end upwards. Therefore precam

who invented the first LA abrasion test machine



Common ways to present the project schedule include all except: a. Gantt charts b. Milestone charts c. PERT charts D. Project Network Diagrams with dates added   So

Product Layout: Imagine a factory manufactures taps, drills, reamers and cutters. The production of each of these items needs different machines which may be placed in differe