Set up your own cloud-native simulation in minutes.Start Simulating Now
2 Geometries
1 Mesh
1 Simulation setup
1 ResultDevelopment and computational simulation of a portable water atomization device designed to investigate the initial cooling of heated surfaces. The project aims to analyze the behavior of atomized water flow, liquid distribution over an experimental surface, heat transfer, and water consumption, comparing the proposed system with conventional running water application. The simulation will be used to evaluate parameters such as flow velocity, pressure, volumetric flow rate, spray distribution, and surface temperature variation, depending on the available physical models and simulation capabilities. The results will support prototype development and optimization, helping assess its technical feasibility and potential for reducing water consumption. This project is an applied technological research study focused on the computational analysis of device performance. Simulation results will not constitute proof of clinical efficacy or independently establish the device's suitability for application to actual burn injuries.
0
0
by ahmedhussain18ahmedhussain18
by TemplatesTemplates
by ahmedhussain18ahmedhussain18
by TemplatesTemplates
JuanR41 created this project
11 days ago
2 Geometries 1 Mesh 1 Simulation setup 1 ResultDevelopment and computational simulation of a portable water atomization device designed to investigate the initial cooling of heated surfaces. The project aims to analyze the behavior of atomized water flow, liquid distribution over an experimental surface, heat transfer, and water consumption, comparing the proposed system with conventional running water application. The simulation will be used to evaluate parameters such as flow velocity, pressure, volumetric flow rate, spray distribution, and surface temperature variation, depending on the available physical models and simulation capabilities. The results will support prototype development and optimization, helping assess its technical feasibility and potential for reducing water consumption. This project is an applied technological research study focused on the computational analysis of device performance. Simulation results will not constitute proof of clinical efficacy or independently establish the device's suitability for application to actual burn injuries.
