Asce 7 22 !!better!! -

Engineers should check with the local building official or state code adoption calendar. However, even where not yet required, using ASCE 7-22 is considered best practice.

Nonstructural components (ceilings, piping, cladding, mechanical equipment) cause significant economic losses in earthquakes. ASCE 7-22 introduces:

The transition from ASCE 7-16 to 7-22 is not trivial. Many states require continuing education (PDH) on new code provisions. Expect to see seminars on: asce 7 22

While not as radical as the wind chapter, seismic saw critical refinements:

No code is perfect. Engineers have raised several points about ASCE 7-22: Engineers should check with the local building official

Each of these load types is accompanied by detailed analytical procedures, risk categories, and importance factors. The overarching goal is to ensure a uniform probability of failure across different types of hazards and geographic locations.

Engineers in northern climates will find that some locations have increased ground snow loads by up to 20% compared to ASCE 7-16. ASCE 7-22 introduces: The transition from ASCE 7-16

: A "winter wind parameter" was added to more accurately account for drift variability. Seismic Design Non-structural Components

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