Zusammenfassung
Der Bericht ist ausschließlich als PDF-Dokument erschienen!
Drei Konferenzen in einer, auf 1.874 Seiten finden Sie jede Menge aller neueste Informationen zum Thema Gears.
Die beiden anderen Konferenzen waren:
3rd International Conference on High Performance Plastic Gears 2019
und
3rd International Conference on Gear Production 2019
Achtung:
Dieser VDI-Bericht ist ausschließlich als PDF-Datei auf CD-ROM lieferbar!
Auszug aus dem 22-seitigen Inhaltsverzeichnis:
Foreword 1
K. Stahl, Technische Universität München (TUM), Garching
International Conference on Gears 2019
Flank strength
Influence of gear surface roughness on pitting and micropitting life 3
E. Bergstedt, Prof. U. Olofsson, KTH, Stockholm, Sweden;
J. Lin, Beijing University of Technology, Beijing, China;
P. Lindholm, ABB Corporate Research, Västerås, Sweden
Influence of stressed volume of tooth flank on the surface durability 15
A. Kubo, Research Institute for Applied Sciences, Ooicho, Kyoto, Japan
Transfer of the tooth fl...
Schlagworte
Gears gear surface roughness flank strengh pitting micropitting tooth flank surface durability damage pattern flank fracture fatigue testing particle-based parkerized gears- Kapitel Ausklappen | EinklappenSeiten
- 1–2 Foreword 1–2
- 3–46 Flank strength 3–46
- 47–90 NVH 47–90
- 91–136 Efficiency 91–136
- 137–184 Tooth root strength 137–184
- 229–286 Condition monitoring 229–286
- 287–330 Strength 287–330
- 331–366 Transmission error 331–366
- 403–448 Geometry, quality 403–448
- 449–492 Dynamic 449–492
- 541–582 Lubrication, EHL 541–582
- 689–740 Calculation/standard 689–740
- 785–834 Elastic gear deformation 785–834
- 835–876 Application 835–876
- 877–924 Gear material 877–924
- 925–972 Tooth profile geometry 925–972
- 973–1026 Profile modifications 973–1026
- 1027–1076 Diagnosis, damage detection 1027–1076
- 1077–1122 Multi body systems, control 1077–1122
- 1123–1164 Special applications 1123–1164
- 1165–1266 Poster Exhibition 1165–1266
- 1187–1190 Micro-hobbing 1187–1190
- 1267–1378 Strength evaluation 1267–1378
- 1367–1378 spur gears 1367–1378
- 1379–1420 Tooth flank load capacity 1379–1420
- 1421–1452 NVH/condition monitoring 1421–1452
- 1453–1496 Application 1453–1496
- 1497–1544 Industry 4.0 1497–1544
- 1545–1578 Measurement technology 1545–1578
- 1579–1618 Gear soft machining 1579–1618
- 1619–1664 Gear skiving 1619–1664
- 1665–1696 Bevel gear production 1665–1696
- 1697–1748 Gear honing & grinding 1697–1748
3 Treffer gefunden
- „... gear dynamics—A review, Journal of Sound and Vibration, 121 (1988) 383-411. [4] J. Wang, R. Li, X ...” „... Tribo-dynamics model of a spur gear pair with gyroscopic effect and flexible shaft Bo Hu, Ming ...” „... : Gear drives; Tribo-dynamics; Elastohydrodynamic lubrication; Gyroscopic effect; Flexible shaft 1 ...”
- „... identified mode is isolated and the inverse FFT is determined following Almeida & al. [16] who used this ...” „... models used in gear dynamics – a review”, Journal of Sound and Vibration, 121(3):383-411, 1988. [2 ...” „... ] Kahraman, A., Singh, R. “Non-linear dynamics of a spur gear pair”, Journal of Sound and Vibration ...”
- „... are subject to strong dynamics. Therefore, gears and their forces have a major influence on the ...” „... inverse of tooth’s curvature in the normal plane at the contact point (Fig. 5). In order to represent the ...”