Masonry is the most common construction type for low-rise residential buildings.
In this #blog post, we will show you how to divide a masonry wall into #wallpanels and #model them for standard #design for the #construction of a multi-storey masonry wall
https://t.co/w21JERrBYZ
We recently invited Darren Wong who runs a prominent UK based #StructuralEngineering YouTube channel (@EverydayDazz), to produce an unbiased review of our leading edge #Masonry#Structural Design Module
https://t.co/kZtTuSz9Gn
https://t.co/9IlLCLpZqW
@MasterSeriesCom@YouTube I’ve used Masterseries several times to carry out raft design using finite element analysis, all submitted to and accepted by local authority building control. Great software that generates an efficient solution.
Watch the recording of our latest #webinar as we visually went step by step through the anatomy of a 3d #steel#portal framed #building and all of its different elements
https://t.co/7ewyAKOHE4
**End Of Year Promotions**
20% OFF ALL Annual and Quarterly plans of any product until the end of December 2022.
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Offer of the Week (1 of 3): PowerPad Plus
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"Serious errors were made in the input to a computer program used for designing a 1.8m high retaining wall." Read the full report for lessons learned: https://t.co/cJd3dWLz2t
If you have seen or experienced something similar submit a report to CROSS; https://t.co/77SSCgiDzt
1/ Is your finite element mesh size appropriate? https://t.co/Ufy8zGv0Mo
Accuracy of FE analysis is correlated to size of the finite element mesh. Large elements = faster analysis time = less accurate. Small global mesh size = higher accuracy = longer analysis time.
15/ A balance also has to be struck between local and global refinement – a smaller mesh improves the accuracy, but will increase analysis time and, particularly for larger models, can lead to unrealistically large analysis times.
Full blog post: https://t.co/Ufy8zGv0Mo