A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Model‐based Scale Up of Solid Bowl Centrifuges Using Experimentally Determined Material Functions
The scale up of solid bowl centrifuges is a major challenge as the process and material behavior are complex and difficult to describe. A common approach to forecast the process behavior is to use analytical models and transfer the experience gained from the lab to the industrial scale. In this context, time‐consuming and cost‐intensive pilot scale experiments are necessary. This paper presents a methodology to improve the scale up process and make it more sustainable by using a numerical model that allows the real‐time tracking of the process and a more reliable scale up process. For this approach, the material behavior is derived from laboratory experiments whereby the scalability is given. Here, the determination of material functions allows an accurate representation of the material behavior for solid bowl centrifuges of different scales. The focus of this paper is the detailed explanation of material related functions for the scale up of decanter centrifuges.
Model‐based Scale Up of Solid Bowl Centrifuges Using Experimentally Determined Material Functions
The scale up of solid bowl centrifuges is a major challenge as the process and material behavior are complex and difficult to describe. A common approach to forecast the process behavior is to use analytical models and transfer the experience gained from the lab to the industrial scale. In this context, time‐consuming and cost‐intensive pilot scale experiments are necessary. This paper presents a methodology to improve the scale up process and make it more sustainable by using a numerical model that allows the real‐time tracking of the process and a more reliable scale up process. For this approach, the material behavior is derived from laboratory experiments whereby the scalability is given. Here, the determination of material functions allows an accurate representation of the material behavior for solid bowl centrifuges of different scales. The focus of this paper is the detailed explanation of material related functions for the scale up of decanter centrifuges.
Model‐based Scale Up of Solid Bowl Centrifuges Using Experimentally Determined Material Functions
Zhai, Ouwen (author) / Baust, Helene (author) / Gleiß, Marco (author) / Nirschl, Hermann (author)
Chemie Ingenieur Technik ; 95 ; 189-198
2023-01-01
10 pages
Article (Journal)
Electronic Resource
English
Geotechnical Model Testing Using Centrifuges
| NTIS | 1986
Experimentally Determined Stresses at Geometric Discontinuities Using Simple Stress Functions
| Online Contents | 2015
Physical Modelling using Centrifuges
| British Library Conference Proceedings | 1990