https://album-of-cfm.com/tags/sst/ Recent content in SST on An album of computational fluid motion Hugo -- gohugo.io en Fri, 30 Jun 2023 00:00:00 +0000 https://album-of-cfm.com/chapters/03-separation/fig35/ Wed, 14 Jun 2023 00:00:00 +0000 https://album-of-cfm.com/chapters/03-separation/fig35/ ExperimentSimulation Air bubbles in water show the turbulent flow field and laminar reattachment on an inclined plate at Reynolds number \(Re = 10000\). At \(2.5^{\circ}\) inclination relative to the oncoming flow, the flow briefly separates from the upper surface at the leading edge before it reattaches to the inclined plate. https://album-of-cfm.com/chapters/03-separation/fig36/ Sun, 18 Jun 2023 00:00:00 +0000 https://album-of-cfm.com/chapters/03-separation/fig36/ ExperimentSimulation Air bubbles in water show the turbulent flow field and turbulent reattachment on an inclined plate at Reynolds number \(Re = 50000\). At 2.5\(^{\circ}\) inclination relative to the oncoming flow, the flow separates from the upper surface, creating a turbulent boundary layer at the leading edge before reattaching to the inclined plate. https://album-of-cfm.com/chapters/03-separation/fig37/ Fri, 30 Jun 2023 00:00:00 +0000 https://album-of-cfm.com/chapters/03-separation/fig37/ ExperimentSimulation Air bubbles in water show the turbulent flow field around an inclined plate at Reynolds number \(Re = 10000\). At 20\(^{\circ}\) inclination relative to the oncoming flow, the flow fully separates from the entire upper surface of the plate and creates a turbulent wake. https://album-of-cfm.com/chapters/03-separation/fig47/ Thu, 11 May 2023 00:00:00 +0000 https://album-of-cfm.com/chapters/03-separation/fig47/ ExperimentSimulation “Air bubbles in water show the velocity field of a flow around a circular cylinder at Reynolds number \(Re = 2000\). At this Reynolds number, there is a clear boundary layer separation followed by an oscillating turbulent wake.