Photo of Martin Hochwallner

Martin Hochwallner

Associate Professor

Research

Research project

HiValueMill

Hidden Values in Paper and Board Mills Process Data

Vinnova / Mobility for innovation, learning and knowledge exchange for a sustainable industry

Project start 2022-11-18, ends at 2023-11-17

Coordinator and principal researcher

MiKoVa 2022

Reduction of Short-term Process Variations -- Root-Cause Analysis Based on Thermal Imaging Data

Vinnova SIP PiiA

Project start 2022-02-15, ends at 2022-11-14

Coordinator and principal researcher

QUANTITY

Quality assurance and Concept drafting for automated composite layup

LiU SEED

Project runs during 2022

Researcher



SWEDEMO

Principal researcher LiU

MiKoVa 2021

Reduction of Short-term Process Variations Using Data Fusion Between Process and Thermal Data

Vinnova SIP PiiA -- Processindustriell IT och Automation

Project start 2021-03-01, ends at 2021-11-30

Coordinator and principal researcher

LiU SEED 2021

Disassembly and Reassembly of Heavy-Duty Screw Connections in the Context of Remanufacturing Automation

LiU SEED

Project start2020-01-11 till 2020-12-31

Coordinator and principal researcher

ARR

Automation för Reparation och Återtillverkning

Project start 2018-04-27, ends at 2021-01

Vinnova / Produktion 2030

Researcher

Publications

2022

Martin Hochwallner, Erik Sundin, Kerstin Johansen (2022) Automation in Remanufacturing: Applying Sealant on a Car Component Advances in Transdisciplinary Engineering, Volume 21, p. 147-158 Continue to DOI

2020

Erik Sundin, Björn Backman, Kerstin Johansen, Martin Hochwallner, Steffen Landscheidt, Sasha Shahbazi (2020) Automation Potential in the Remanufacturing of Electric and Electronic Equipment (EEE) Proceedings of the Swedish Production Symposium (SPS-20), p. 285-296 Continue to DOI

2019

Luis Ribeiro, Martin Hochwallner (2019) Time-related Constraints in Administration Shell Design within Cyber-physical Production Systems 2019 IEEE 17th International Conference on Industrial Informatics (INDIN), p. 1564-1569 Continue to DOI
Martin Hochwallner (2019) The Gaits of Linear Incremental Hydraulic Actuators: Digital and mixed mode hydraulic/mechanical motion PROCEEDINGS The 10th Workshop on DIGITAL FLUID POWER: DFP19

2018

Martin Hochwallner, Lie Pinto, Petter Krus (2018) Tracking Control for High-Performance Motion of a Hydraulic Infinite Linear Actuator IEEE/ASME transactions on mechatronics, Vol. 23, p. 2782-2793 Continue to DOI

video

Strategic innovation program 

Reduction of Short-term Process Variations Using Data Fusion Between Process and Thermal Data. Strategic innovation program PiiA, Processindustrial IT and Automation. The film was shown at PiiA Summit 2021.

 

News

Coworkers

Organisation