Uploaded March 2024 | Updated September 2026, 1 week ago
Free surface flows are common in the design and manufacture of consumer products used in both, the home and office environment. Designing such a process to minimize waste while maximizing production speed can lead to significant cost savings over time. This simulation shows the filling of a Hair Relaxer in a jar. The hair relaxer has a very high viscosity of 100000 cP. The jar rotates at a constant speed of 30 RPM while the nozzles feed the hair relaxer at a rate of 8.33 cu-cm/s. FLOW-3D can be used to accurately simulate and optimize such consumer product designs with the help of its advanced multiphysics models including air entrainment, porous media, and surface tension. Learn more about how FLOW-3D‘s advanced multiphysics models including air entrainment, porous media, and surface tension make it easy to accurately simulate and optimize consumer product designs, visit flow3d.com/industries/consumer-products/.
Free surface flows are common in the design and manufacture of consumer products used in both, the home and office environment. Designing such a process to minimize waste while maximizing production speed can lead to significant cost savings over time. This simulation shows the filling of a Hair Relaxer in a jar. The hair relaxer has a very high viscosity of 100000 cP. The jar rotates at a constant speed of 30 RPM while the nozzles feed the hair relaxer at a rate of 8.33 cu-cm/s. FLOW-3D can be used to accurately simulate and optimize such consumer product designs with the help of its advanced multiphysics models including air entrainment, porous media, and surface tension. Learn more about how FLOW-3D‘s advanced multiphysics models including air entrainment, porous media, and surface tension make it easy to accurately simulate and optimize consumer product designs, visit flow3d.com/industries/consumer-products/.
