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Liselott Ericson

Professor

Controlling motions with fluid power with focus in hydraulic pump and motor

I do research in hydraulic systems with a focus on hydraulic displacement machines. The projects focus on electrically driven hydraulics and how hydraulic systems and components are changed to create an integrated sustainable system.

Brief facts

Teaching

  • TMHP02 - Fluid Power Systems
  • TMHP06 - Fluid Power Systems- advanced course
  • TMPM06 – Project course - mechatronics

Commitments

  • Member of the board in Swedish Fluid Motion Association (SFMA), 2019-
  • Member of the board in Programnämnden för elektroteknik, fysik och matematik, EF
  • Organisation committee for Hydraulikdagarna, HD15, at Linköping University, May, 2019.
  • Organisation committee and editor for Scandinavian International Fluid Power Conference, SICFP, at Linköping University, May-June, 2021.

Social media

Publications

2026

Thomas Heeger, Martin West, Liselott Ericson (2026) Comparative analysis of direct-drive and gearbox-coupled electro-hydraulic energy converters Energy Conversion and Management: X, Vol. 29, Article 101463 (Article in journal) Continue to DOI

2025

Liselott Ericson, Thomas Heeger (2025) Mirrored Dual-Displacement Axial Piston Pump With Pressure-Compensated Axial Force Proceedings of the ASME 2025 International Design Engineering Technical Conferences and Computers and Information in Engineering Conference, Article V006T12A006 (Conference paper) Continue to DOI
Samuel Kärnell, Artur Tozzi de Cantuaria Gama, Liselott Ericson (2025) Control of Multi-Pump Systems Proceedings of the ASME 2025 International Design Engineering Technical Conferences and Computers and Information in Engineering Conference, Article DETC2025-164506 (Conference paper) Continue to DOI
Liselott Ericson, Thomas Heeger (2025) The Electrification of Material Moving Machines: An Overview of Opportunities and Challenges Regarding Noise Beyond Boundaries: Unleashing Innovation with Ideas: Proceedings of IDEAS 2024, p. 15-32 (Conference paper) Continue to DOI
Thomas Heeger, Martin West, Liselott Ericson (2025) Harmonic Characterisation of Electrically Driven Pumps Advancements in Fluid Power Technology: Sustainability, Electrification, and Digitalization, p. 357-376 (Conference paper) Continue to DOI

Research

Fluid power system

Fluid Power

LiU has the largest university laboratory for fluid power systems in Sweden. We aim to develop smarter and more energy efficient hydraulic systems, components and methods to reduce energy losses.

Research projects

Volvo CE excavator

Ehydraulics

The aim of the project is to promote the electrification of working machines. Neither the hydraulic systems nor the pumps are currently optimised for use with an electrical primary source of energy.

News

Manlig forskare i labbmiljö.

Electric motors are transforming hydraulics

Electrifying hydraulics on, for example, an excavator can significantly improve efficiency. However, it requires major technical changes. Electric machines have different characteristics compared to combustion engines.
Two scientists in the hydraulic lab.

Research is needed when electricity replaces diesel

Did you think that all it takes is changing an excavator’s diesel engine for an electric one? Well, it’s not that simple. The hydraulics can actually be adapted to the many advantages of the electric engine.
Epiroc Scooptram powered by a battery

A hydraulic pump powered by electricity

Fossil-free applies also to heavy mobile working machines. Liselott Ericson, Flumes, has received SEK 11.6 million to collaborate with industry in developing technology that uses a hydraulic pump in electrically operated working vehicles.

Coworkers

Photo of Kristian Amadori
Kristian Amadori
Adjunct Associate Professor, Docent
Photo of Cezar-Victor Boruga
Cezar-Victor Boruga
PhD student
Photo of Robert Braun
Robert Braun
Associate Professor, Docent
Photo of Alessandro Dell'Amico
Alessandro Dell'Amico
Adjunct Associate Professor, Docent
Photo of Erick Espinosa Juárez
Erick Espinosa Juárez
PhD student
Photo of Gunnar Holmberg
Gunnar Holmberg
Adjunct Professor
Placeholder for missing image of Christopher Jouannet
Christopher Jouannet
Associate Professor, Docent
Photo of Karl Kindström Andersson
Karl Kindström Andersson
Photo of Ludvig Knöös Franzén
Ludvig Knöös Franzén
Assistant Professor
Photo of Petter Krus
Petter Krus
Professor, Head of Division
Photo of Samuel Kärnell
Samuel Kärnell
Assistant Professor
Photo of Fabian Lagerstedt
Fabian Lagerstedt
Photo of Nicolette Lakemond
Nicolette Lakemond
Professor
Placeholder for missing image of Magnus Landberg
Magnus Landberg
Photo of Roger Larsson
Roger Larsson
Adjunct Associate Professor
Photo of Viktor Larsson
Viktor Larsson
Adjunct Associate Professor
Photo of Jorge Lovaco
Jorge Lovaco
PhD student
Photo of David Lundström
David Lundström
Associate Professor
Photo of Raghu Chaitanya Munjulury
Raghu Chaitanya Munjulury
Adjunct Associate Professor
Placeholder for missing image of Björn Nagel
Björn Nagel
Adjunct Associate Professor
Placeholder for missing image of Jan-Ove Palmberg
Jan-Ove Palmberg
Professor Emeritus
Placeholder for missing image of Amy Rankka
Amy Rankka
Placeholder for missing image of Stefan Riethausen
Stefan Riethausen
PhD student
Photo of Róger Mateus Sehnem
Róger Mateus Sehnem
PhD student
Placeholder for missing image of Ivan de Souza Rehder
Ivan de Souza Rehder
Photo of Artur Tozzi de Cantuaria Gama
Artur Tozzi de Cantuaria Gama
PhD student

Organisation

Hydrolics.

Fluid and Mechatronic Systems (FLUMES)

The division Fluid and Mechatronic Systems belongs to Department of Management and Engineering and carries out research and education in fluid power systems and aeronautics.
Campus Valla overview.

Department of Management and Engineering (IEI)

The Department of Management and Engineering (IEI) strengthens and develops tomorrow’s industry, business world and society by ground-breaking research, education and innovation.
Studenthuset on Campus Valla in Linköping

About LiU

Linköping University, LiU, offers innovative education and boundary-crossing research. The students are among the most desirable in the labour market and international rankings consistently place LiU as a leading global university.

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