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Dr.-Ing. Tobias Hüsemann

Darstellung eines Netzwerks mit miteinander verbundenen Knotenpunkten in einem komplexen Muster.
  1. Institute
  2. Staff
  3. Tobias Hüsemann
Dr.-Ing.

Details

Dr.-Ing. Tobias Hüsemann

Head of Abrasive Processes and Gear Technology

Departments: Abrasive Processes and Gear Technology , Manufacturing Technologies

Phone
+49 421 218 51190
Email
huesemann@iwt-bremen.de
Office
Leibniz-Institut für Werkstofforientierte Technologien - IWT
FZB - Room 0420
Badgasteiner Str. 3
28359 Bremen

Personal data

Research profiles

Machining with geometrically indeterminate cutting edge
Gear cutting
Cooling lubricant supply
Near-surface area influence
 

Academic education with degree

04/2013 – 03/2015M. Sc. Production Engineering (Mechanical and Process Engineering), specialization in "General Mechanical Engineering", University of Bremen
 
10/2009 – 04/2013B. Sc. Production Engineering (Mechanical and Process Engineering), specialization "Mechanical Engineering", University of Bremen
 

Scientific degrees

05/2021

Doctorate (Dr.-Ing.) in production engineering at the University of Bremen

Topic of the dissertation: Gear grinding of load-bearing capacity-optimized surface layer structures

Supervisor: Prof. Karpuschewski

Professional career since graduation

Since 08/2021Head of "Grinding and Gearing" department
 
04/2021 – 07/2021Acting head of "Grinding and Gear Cutting" department
 
04/2018 – 04/2021Team leader “Gear technology”
 
08/2015 – 03/2021Research scientist at the Leibniz Institute for Materials-oriented Technologies – IWT
("Manufacturing Technologies" department, “Abrasive Processes and Gear Technology” department)

Offices and Memberships

Since 2023Reviewer for the Humboldt Research Fellowship Program of the Alexander von Humboldt Foundation
 
Since 2022International Academy for Production Engineering (CIRP), research affiliate
 
Since 2022Reviewer for international peer-reviewed journals. Among others:
CIRP Journal of Manufacturing Science and Technology, Procedia CIRP

Latest 10 publications

  • Guba, N., Kuhlmann, G., Hüsemann, T., Heinzel, C. 2025.
    Thermische Prozessgrenzen beim Schleifen gehärteter Stähle.Moderne Schleiftechnologie und Feinstbearbeitung Moderne Schleiftechnologie und Feinstbearbeitung. Azarhoushang, B., Hrsg. KSF - Institute for Advanced Manufacturing, 1-10.
  • Guba, N., Hüsemann, T., Heinzel, C. 2025.
    Influence of metal working fluid supply conditions on the thermal process limit for grinding of hardened steel. CIRP Journal of Manufacturing Science and Technology. 59 , 235-245. DOI: 10.1016/j.cirpj.2025.03.010.
  • Kuhlmann, G., Langenhorst, L., Hüsemann, T., Heinzel, C. 2025.
    Consideration of thermally induced material modification depth for grinding process cycle design. CIRP Annals - Manufacturing Technology. 74 (1), DOI: 10.1016/j.cirp.2025.04.026. OPEN ACCESS
  • Guba, N., Hüsemann, T., Heinzel, C. 2024.
    Einfluss der Kühlung und Schmierung auf thermische Prozessgrenzen beim Schleifen gehärteter Stähle. Schweizer Schleifsymposium, Zürich, Schweiz,. Zürich, Schweiz: 3, 2024,
  • Guba, N., Hüsemann, T., Heinzel, C. 2024.
    Einfluss der Kühlung und Schmierung auf thermische Prozessgrenzen beim Schleifen gehärteter Stähle. 3. Schweizer Schleifsymposium 2024, Zürich, Schweiz,. Zürich, Schweiz: 2024,
  • Kuhlmann, G., Guba, N., Hüsemann, T., Heinzel, C. 2024.
    Untersuchung der Randzonentiefenmodifikation und Verlagerung von thermischen Prozessgrenzen beim Schleifen mit konventionellen und hochharten Schneidstoffen. Schweizer Schleifsymposium, Zürich, Schweiz, 10.-11.09.2024. Zürich, Schweiz: 3, 2024,
  • Guba, N., Hüsemann, T., Heinzel, C. 2024.
    Werkstofforientierte Prozessgestaltung beim Schleifen von Stahl. Schweizer Schleifsymposium, Zürich, Schweiz, 10.09.2024. Zürich, Schweiz: 2024,
  • Guba, N., Hüsemann, T., Heinzel, C. 2024.
    Werkstofforientierte Prozessgestaltung beim Schleifen von Stahl. 3. Schweizer Schleifsymposium 2024, Zürich, Schweiz, 10.09.2024. Zürich, Schweiz: 2024,
  • Hoja, S., Guba, N., Haupt, N., Surm, H., Hüsemann, T. 2024.
    Investigation of Dimensional and Shape Changes in Combined Surface Layer Heat Treatments of Gear Components Made of EN31CrMoV9 and EN42CrMo4. HTM Journal of Heat Treatment and Materials. 79 (4), 161-183. DOI: 10.1515/htm-2024-0014. OPEN ACCESS
  • Hüsemann, T., Guba, N., Surm, H., Heinzel, C. 2024.
    Effect of alloy-specific case-hardening layers on the grindability of gears. CIRP Annals - Manufacturing Technology. 73 (1), 253-256. DOI: 10.1016/j.cirp.2024.04.030. OPEN ACCESS
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Leibniz-Institut für 
Werkstofforientierte Technologien - IWT

Badgasteiner Str. 3
28359 Bremen
Germany

Tel.: (0421) 218-51400
Fax: (0421) 218-51333

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  • Home
  • Institute
    • About Us
      • Board of Directors
      • History
        • Directorate History of the of Materials Engineering
        • Directorate History of the Process Engineering
        • Directorate History of the Manufacturing Technology
      • Good scientific practice
      • Alumni
      • Work and family
      • Equality
      • Inclusion
      • Open Science
    • Organisation Chart
    • Founder
    • Leibniz Association
    • Boards
    • Staff
    • Services and Support
      • Workshop
      • Administration
        • Publication of Orders
      • IT
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    • Contact
    • Getting Here
  • Research
    • Scientific Departments
      • Materials Engineering
        • Heat Treatment
        • Surface Technology
        • Lightweight Materials
        • Mechanical Properties
        • Physical Analysis
        • Metallographic Analysis
        • Metallurgy and Metal Forming
      • Process Engineering
        • Melt Atomization and Spray Forming
        • Multiphase Flow, Heat and Mass Transfer
        • Processing of functional materials
        • Reactive Spray Deposition Technology
      • Manufacturing Technologies
        • Laboratory for Precision Machining (LFM)
        • Cutting and Mechanical Surface Treatment
        • Abrasive Processes and Gear Technology
      • Institute for Materials Testing (MPA)
        • Civil Engineering
        • Metallic Materials and Structures
        • Microbiology
        • Quality Management
    • Research Priorities
      • Additive Manufacturing
        • Current Projects
        • Completed projects
      • Hydrogen Technologies
        • Current Projects
      • Digitization
    • Priority Programmes
      • Collaborative Research Centres
        • CRC TRR 136
        • SFB 1232
      • Priority Programmes
        • SPP 2289
        • SPP 2231
        • SPP 2122
        • SPP 2086
        • SPP 2080
        • SPP 2074
        • SPP 2045
        • SPP 2013
        • SPP 2006
        • SPP 1980
        • SPP 1934
        • SPP 1713
        • SPP 1679
      • Research Units
        • FOR 2688
        • FOR 1845
    • Technology and Knowledge Transfer
    • Publications
  • Young Talent & Career
    • Job Offers
    • Education
    • Offers for students
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    • Exchange Programs
  • University & Teaching
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      • Materials Engineering/Metals
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    • Theses
    • Student Jobs
  • Media
    • News
      • Current News
    • Events
      • Current Events
      • IWT & friends - Industry and Cooperation Days
      • IWT-Alumnitag
      • Digital event series: "Leibniz-IWT live"
        • Application of deep learning image recognition techniques
        • Rapid identification of microorganisms with the MALDI bio
        • Towards Useful Ontologies in Material Science Engineering
        • Digital material-oriented production
        • Introduction to atom probe tomography and its application
        • The recyclable material aerated concrete
        • Artificial intelligence in production preparation
        • Material development for laser additive manufacturing
        • Flame-Made Metal Sulfide Nanoparticles
        • Schadensanalyse und Werkstoffprüfung an der MPA
        • Zusammenhänge zwischen Legierungssystem, Einsatzhärten
    • Press
      • Press Releases
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    • HTM
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  • Network & Partners
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