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  • Study location Sal Filen, MDH Eskilstuna
Date
  • 2020-02-21 10:15

The public defense of Bhanoday Reddy Vemula´s doctoral thesis in Innovation and Design

The public defense of Bhanoday Reddy Vemula’s doctoral thesis in Innovation and Design will take place at Mälardalen University, room Filen (Eskilstuna Campus) at 10:15 on February 21, 2020.

Title: “Evaluation of Industrial Robot Mechanical Systems for Applications that Require Human-Robot Collaboration”.

Serial number: 308

The faculty examiner is Professor Luis Ribeiro, Linköping University, and the examining committee consists of Åsa Fast-Berglund, Chalmers University of Technology; Professor Magnus Löfstrand, Örebro University; Professor Amos Ng, University of Skövde.

Reserve; Associate Professor Koteshwar Chirumalla, Mälardalen University

Abstract:

In order to develop robot automation for new market sectors associated with short product lifetimes and frequent production change overs, industrial robots must exhibit a new level of flexibility and versatility. This situation has led to the growing interest in making humans and robots share their working environments and sometimes even allowing direct physical contact between the two in order to make them work cooperatively on the same task by enabling human-industrial robot collaboration (HIRC). In this context, it is very important to evaluate both the performance and the inherent safety characteristics associated with a given industrial robot manipulator system in HIRC workstation during the design and development stages.

This necessitates a need to formulate evaluation methods with relevant design metrics and quantitative methods based on simulations, which can support the robot mechanical designer to correlate the task-, and safety- based performance characteristics of industrial robot mechanical system for HIRC applications. The research objective perused in this research aiming to address this need.

This research project adopts research methodology based on action-reflection approach in a collaborative research setting between academia and industry. The design knowledge is gained on how to evaluate a specific industrial robot mechanical system design for usability in a specific collaborative application with humans. This is done by carrying out simulation-based evaluation tasks to measure and subsequently analyze the task-, and safety- based performance characteristics of industrial robot mechanical systems. Based on the acquired knowledge, an evaluation methodology with relevant design metrics and simulation modelling approaches is proposed in this research which integrates simulation based design processes of both Human-industrial robot workstation as well as robot mechanical system in order to make a well-grounded assessment on whether the robot mechanical system fulfills the task- and safety-based performance requirements corresponding to a specific collaborative application.

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