CONGRESS SECRETARIAT
Meetx is the congress bureau handling the secretariat for CIRP 2025.
E-mail: cirp2025@meetx.se
IMPORTANT DATES
Registration opens: 10 March 2025
Early-bird registration closes: 31 May 2025
Event dates: 17–23 August 2025
STC M
Papers
14:30–15:00 (Keynote) Fixtures and workpiece clamping systems in machining
Hans-Christian Moehring (2), Dirk Biermann (1), Friedrich Bleicher (1), Shreyes Melkote (1), Gregor Kappmeyer (3)
Room: M2
Paper ID: M Kn (Keynote)
Day: 18 Mon
16:00–16:30 Finding hidden spindle bearing defect periods using Ramanujan filter banks
Mohit Law (2)
Room: M6
Paper ID: M-1
Day: 19 Tues
16:30–17:00 Automatic preload adjustment for ball screw drives by means of a spring-loaded mechanism
Alexander W. Verl (2), Oliver Jud
Room: M6
Paper ID: M-2
Day: 19 Tues
17:00–17:30 Automated identification of joints dynamic parameters in moving industrial robots for milling applications
Jihyun Lee, Ali Khishtan / Simon S. Park (1)
Room: M6
Paper ID: M-3
Day: 19 Tues
17:30–18:00 Thermal displacement reduction based on heat transfer characteristics under environmental temperature changes
Koji Ota, Daisuke Kono (2), Masahiko Mori (1)
Room: M6
Paper ID: M-4
Day: 19 Tues
18:00–18:30 Material hybrid and sensor integrated lightweight machine tool components
Hans-Christian Moehring (2), Michelle Engert, Kim Torben Werkle
Room: M6
Paper ID: M-5
Day: 19 Tues
08:30–09:00 AI-based sensor layout for predicting thermal deformations of CFRP machine tools
Felix Finkeldey, Makoto Kato, Petra Wiederkehr (2), Yasuhiro Kakinuma (2)
Room: M2
Paper ID: M-6
Day: 20 Wed
09:00–09:30 Large-scale functional patterning using mobile robot swarms and ergodic control
Malachi Landis, Muye Jia, Annalisa T. Taylor, Todd D. Murphey, Ping Guo (2)
Room: M2
Paper ID: M-7
Day: 20 Wed
09:30–10:00 Cutting force reconstruction in milling by multi-sensor fusion with hybrid aid of process and data-driven models
Shuntaro Yamato / T. Moriwaki (1)
Room: M2
Paper ID: M-8
Day: 20 Wed
10:30–11:00 Compensation of blank warpage in punching processes through an innovative adaptive control system for adjusting part holder forces
Mathias Liewald (2), Stephan Nießner
Room: M2
Paper ID: M-9
Day: 20 Wed
11:00–11:30 Entangled chip removal utilizing mass-spring model with mobile manipulator
Ryuki Takahashi, Hayato Kimura, Yasuhiro Kakinuma (2)
Room: M2
Paper ID: M-10
Day: 20 Wed
11:30–12:00 Low frequency feed modulation assisted milling for chatter avoidance
Yutaro Kawana, Seyed Mahmood Shantiaeezade, Burak Sencer (2), Ryosuke Ikeda, Norikazu Suzuki (2)
Room: M2
Paper ID: M-11
Day: 20 Wed
13:30–14:00 A novel electromagnetic end-effector with adaptive force-stiffness coordinated control for robotic grinding with variable workpiece stiffness
Jixiang Yang, Xu Tang, Han Ding, Yuehong Yin (1)
Room: M2
Paper ID: M-12
Day: 20 Wed
14:00–14:30 Increasing milling stability predictions accuracy considering speed dependent spindle behaviour with an automated measurement device
Omer Ozkirimli, Erdem Ozturk (2)
Room: M2
Paper ID: M-13
Day: 20 Wed
14:30–15:00 Directional factor as the key factor for chatter free robotic milling of light alloys
Zoltan Dombovari, Iñaki Laka, Andras Bartfai, Ali Karaca, Erhan Budak (1), Gabor Stepan (1), Jokin Munoa (1)
Room: M2
Paper ID: M-14
Day: 20 Wed
15:00–15:30 Cascaded FIR and half-sine filter-based smooth trajectory generation algorithm
Yusuf Altintas (1), Mobin Abdar Esfahani, Behnam Karimi, Owen Gatenby
Room: M2
Paper ID: M-15
Day: 20 Wed
16:00–16:30 Tool path generation for precision roughing of blisks via abrasive waterjet machining
Lutfi Taner Tunc (2)
Room: M2
Paper ID: M-16
Day: 20 Wed
16:30–17:00 Feedrate optimization based on part-to-part learning in repeated machining
Cheng-Hao Chou, Chenhui Shao, Chinedum E. Okwudire (2)
Room: M2
Paper ID: M-17
Day: 20 Wed
17:00–17:30 Interaction between forced and chatter vibrations through flank-workpiece interference
Takehiro Hayasaka (2), Hayato Murai, Kyungki Lee, Eiji Shamoto (1)
Room: M2
Paper ID: M-18
Day: 20 Wed
17:30–18:00 Overcoming sparse run-to-failure data dhallenges in manufacturing: A contrastive mixer framework for remaining useful life prediction
Eunseob Kim, Hojun Lee, Yuseop Sim, Jiho Lee, Martin B.G. Jun / F. E. Pfefferkorn (1)
Room: M2
Paper ID: M-19
Day: 20 Wed