Martin Magnevall

Martin Magnevall serves as a Senior Lecturer in the Department of Mechanical Engineering at Blekinge Institute of Technology (BTH), a position he has held since 2018 and transitioned to full-time in 2019. Previously, he worked as a research engineer, expert, and research manager at Sandvik Coromant until 2019 and concurrently held an adjunct lecturer position at Högskolan Väst from 2016-2019.

His academic foundation includes a Master's degree in Structural Mechanics from BTH (2004) and a Doctorate in Mechanical Engineering from BTH (2011), where his thesis focused on simulation, identification, and experimental measurement of nonlinear mechanical systems during industrial collaboration with Sandvik Coromant.

Magnevall's research centers on experimental measurement, modeling, and simulation of mechanical systems with intense specialization in machining dynamics and cutting processes. His work integrates optimization techniques for metal cutting tools, vibration analysis during chip-cutting operations, and predictive modeling of tool wear progression. Industrial applications of his research have directly impacted high-performance engineering sectors.

His publication trajectory reveals consistent focus on machining dynamics, with recent work advancing cutting force modeling, structural optimization of cutting tools, and dynamics of damped boring systems. His 2020 educational research on campus-to-distance learning transition demonstrates cross-disciplinary engagement.

His scientific recognition includes:

• Innovation Award (2013) for optimization of differentially divided milling tools
• Sandvik Coromant Global Top Achiever (2017)

Magnevall actively bridges academia and industry through specialized teaching engagements for Ferrari F1 and Boeing, developing master's and doctoral courses in manufacturing technology and experimental dynamics. His industrial collaborations translate theoretical research into practical machining solutions.

He leads applied research initiatives through direct industry partnerships, focusing on solving real-world challenges in machining dynamics and tool design while maintaining strong connections with global engineering leaders.