The Kouts IN tornado may likely of been very strong to violent based on the slabbed home (likely nailed), mangling/lofting of vehicles and the complete destruction of high-tension truss towers. All of this points to EF3 150-170 mph. Survey pending.
Here’s a guide to estimating tornado intensity from its minimum central pressure deficit, based on the solution to a Rankine vortex in cyclostrophic balance (-p’=ρ*V^2, where V is the maximum tangential wind speed)
Assuming that the central pressure deficit is 50 mb (SB-LCL 80 mb above surface, funnel 5/8 of the way to the ground), yesterday’s tornado in Northgate, Saskatchewan can be estimated to be EF3/150 using @sambrandt99’s work.
* Key assumptions listed in replies below.
Here’s a guide to estimating tornado intensity from its minimum central pressure deficit, based on the solution to a Rankine vortex in cyclostrophic balance (-p’=ρ*V^2, where V is the maximum tangential wind speed)
It happened so fast! The Saint Libory, Nebraska tornado on 17 May as seen by DOW A. Rapid development into an intense tornado🌪️ with Doppler velocities of 170mph! …then a quick dissipation. #newx
RaxPol loop of the Carney EF3 tornado from May 19th 2023. Despite the rating, lowest tilt doppler velocities seemed to exceed 85 m/s (190 mph) at several points. This storm also had a prominent LFCB, FFCB, and strong SVC.