Daniel Meyer
机构: Leibniz Institute for Materials Engineering - IWT
每年引用次数
引用次数
引用: 3,324
H-指数: 20
I10-指数 : 31
出版物: 104
C8.2 Near Process Coolant Flow Field Measurements in a Grinding Machine
D. Meyer , C. Vanselow , D. Stöbener , B. Espenhahn
SMSI 2021 - System of Units and Metreological Infrastructure 302 -303
2021
Kryogenes Festwalzen metastabiler Austenite
D. Meyer , F. Hoffmann , E. Brinksmeier
HTM Journal of Heat Treatment and Materials 65 ( 6) 313 -320
3
2010
Verzugskompensation von Wälzlagerringen durch Festwalzen
B. Beekhuis , D. Meyer , E. Brinksmeier , J. Epp
HTM Journal of Heat Treatment and Materials 66 ( 3) 165 -174
1
2011
Potenzial des Festwalzens zur Reduzierung fertigungsinduzierter Verzüge
B. Beekhuis , D. Meyer , M. Garbrecht , E. Brinksmeier
HTM Journal of Heat Treatment and Materials 65 ( 2) 101 -109
1
2010
Mechanisch induziertes Härten*
D. Meyer , J. Dong , M. Garbrecht , F. Hoffmann
HTM Journal of Heat Treatment and Materials 65 ( 1) 37 -45
12
2010
Shot peening using spherical micro specimens generated in high‐throughput processes
J Kämmler , N Wielki , N Guba , N Ellendt
Materialwissenschaft Und Werkstofftechnik 50 ( 1) 5 -13
7
2019
Sequential multistage deep rolling under varied contact conditions
M. Hettig , D. Meyer
Procedia CIRP 87 291 -296
1
2020
Reduced Energy Consumption by Adapted Process Chains
E. Brinksmeier , D. Meyer , M. Garbrecht , J.-W. Huntemann
Springer, London 401 -404
2010
Alterung wassergemischter Kühlschmierstoffe
B. Seidel , D. Meyer , E. Brinksmeier
HTM Journal of Heat Treatment and Materials 71 ( 3) 131 -137
4
2016
Vergleich tribologischer Laboranalysen mit praktischen Ergebnissen aus Umform- und Zerspanprozessen am Beispiel von schwefelhaltigen Kühlschmierstoffen
A. G. Huesmann-Cordes , D. Meyer , A. Wagner , E. Brinksmeier
HTM Journal of Heat Treatment and Materials 71 ( 4) 154 -162
1
2016
Die Wirkmechanismen mikrobiell basierter Kühlschmierstoffe
M. Redetzky , B. Seidel , D. Meyer , A. Rabenstein
HTM Journal of Heat Treatment and Materials 72 ( 5) 293 -299
1
2017
Analysis of the Chemical and Tribological Properties of Phosphate Glass Layers Developing during Metalworking Processes on Manual Transmission Synchronizers
B. Seidel , L. G. H. Britt , T. Brieke , M. Niemeyer
HTM Journal of Heat Treatment and Materials 74 ( 1) 50 -65
2019
Sustainable machining by energy- and resource-efficient application of metalworking fluids
B. Seidel , C. Heinzel , D. Meyer , P. Geilert
Procedia Manufacturing 43 151 -158
2020
Process Signatures - The Missing Link to Predict Surface Integrity in Machining
E. Brinksmeier , D. Meyer , C. Heinzel , T. Lübben
Procedia CIRP 71 3 -10
20
2018
Surface integrity after internal load oriented multistage contact deep rolling
J Kämmler , N Wielki , D Meyer ,
Procedia CIRP 71 490 -495
6
2018
Influence of pre-machining on the surface integrity after processing by mechanical surface treatment
F. Borchers , J. Kämmler , H. Meyer , J. Epp
Procedia CIRP 71 453 -459
3
2018
Influence of Additives in Metalworking Fluids on the Wear Resistance of Steels
A.G. Huesmann-Cordes , D. Meyer , E. Brinksmeier , J. Schulz
Procedia CIRP 13 108 -113
10
2014
Electron Microscopic Characterization of Mechanically Modified Surface Layers of Deep Rolled Steel
L. Ehle , J. Kämmler , D. Meyer , A. Schwedt
Procedia CIRP 45 367 -370
4
2016
Surface Integrity of AISI 4140 After Deep Rolling with Varied External and Internal Loads
D. Meyer , J. Kämmler
Procedia CIRP 45 363 -366
12
2016
Cold surface hardening
E. Brinksmeier , M. Garbrecht , D. Meyer
CIRP Annals 57 ( 1) 541 -544
47
2008