Dear colleagues!
It is necessary to simulate the air flows in the grinder to optimize the technological parameters. I also need advice on grinder design.
I would be grateful for your help.
Best regards
Kuzmin Anton
To Stimulate air flow in grinder,you need to fix Metal or nylon flapper in between top side of Grinding wheel head & grinding wheel to stop air around grinding wheel which is coming on part while grinding
Hi Kuzmin Anton,
Grinding involves a lot of energy that generates too much heat and if it is not controlled, it can lead to many damages. As a result, studying the airflow kinetics in comminution becomes a priority in grinder design.
So, to simulate and optimize airflow in the grinder and its surroundings, you can use computational fluid dynamics (CFD) software.
An important design consideration you need to factor in is the thermal properties of the grinder materials.
Augustine O. Igbozulike please write message in my email or WhatsApp
+79271765960
Augustine O. Igbozulike Please contact me. Unfortunately I can't write you a message on this site (you're not following me).
Dear Doctor
Go To
Krauze, O. Model and simulator of inlet air flow in grinding installation with electromagnetic mill. Sci Rep 13, 8281 (2023). https://doi.org/10.1038/s41598-023-34664-0
[Abstract
Comminution of raw materials consumes great shares of energy and operating costs of production and processing plants. Savings may be achieved, e.g., by developing new grinding equipment, such as the electromagnetic mill with its dedicated grinding installation; and by applying efficient control algorithms to these elements. Good quality control relies on mathematical models, and testing of versatile control algorithms is much simplified if a plant simulation environment is available. Thus, in this research, measurements were collected at the grinding installation with electromagnetic mill. Then, a model was developed that characterised the flow of transport air in the inlet part of the installation. The model was also implemented in software to provide the pneumatic system simulator. Verification and validation tests were conducted. They confirmed the correct behaviour of the simulator and good compliance with the experimental data, for both steady-states and transients. The model is then suitable for design and parametrization of air flow control algorithms and for their testing in simulation.]
- Badges
- Science topic
- Similar topics
- Biological Science
- Bioecology
- Systems Ecology
- Landscape Ecology
- Connectivity