Thesis Work on Computational Fluid Dynamics Simulations for Deep Mine Applications

Mine hoists are essential to underground production, lifting loads of up to 70 tonnes at 18 m/s from depths of 1,500 metres. Future high-payload systems are planned for depths exceeding 2,000 metres. This thesis at ABB investigates next-generation mine hoists through computational fluid dynamics, aiming to lower energy consumption and environmental impact.

The assignment

• Investigate CFD methods for modelling airflow and skip motion in mine hoists.
• Simulate operating scenarios to assess airflow changes in the shaft and their effects on skips during hoisting.
• Expand and improve the existing simulation environment.
• Assess and develop simplified models suitable for advanced control.

Who we are looking for

• Master’s student in mechanical engineering, engineering physics or a related discipline.
• Knowledge of computational fluid dynamics simulations.
• Experience with MATLAB/Simulink and knowledge of automatic control are advantageous.

What we offer

• A thesis project at ABB Corporate Research focused on next-generation mine hoist technology.
• Thesis supervision, with Rickard Lindkvist as the contact for technical scope and expectations.

Practical details

Location: ABB Corporate Research in Västerås. Scope: 30 ECTS for one student. Planned period: January–June 2027; the stated duration is five months. Submit a CV, academic transcripts and a cover letter in English. Applications are considered continuously, but the advertisement states that this is a talent-pipeline opportunity rather than a currently open position. General questions: recruiting manager Linus Thrybom, +46 730 80 9906. Thesis questions: Rickard Lindkvist, rickard.lindkvist@se.abb.com.