predictive maintenance algorithms
6 papers by 1 researcher working on predictive maintenance algorithms.
Vahan Petroian, Ulrich Wagner, Philipp Keller
Annals of Synthetic Bioarchitecture, 2024 · Vol. 1, No. 182 · pp. 775–805
We investigate the formation and propagation dynamics of topological defects within DNA origami structures designed to serve as programmable information storage media. By exploiting the programmed degradation kinetics induced by specific…
Philipp Keller, Kerem Alpdoğan, Arthur Pendelton
Annals of Geo-Hydrodynamic Ecology, 2024 · Vol. 35, No. 248 · pp. 688–702
We investigate the vibrational coupling between microbial mats overlying hydrothermal vents and the fluctuating physicochemical gradients of the surrounding fluid. Specifically, we monitor how mechanical resonance within these biofilms…
Grigor Vosganian, Philipp Keller, Deniz Yıldırım
Annals of Non-Equilibrium Matter Dynamics, 2025 · Vol. 56, No. 672 · pp. 941–969
We investigate the controlled self-assembly of silica-borate structures exhibiting tunable porosity. By subjecting colloidal suspensions of functionalized $\text{Na}_2\text{B}_4\text{O}_7$ precursors to precisely controlled ionic strength…
Kerem Alpdoğan, Vivian Holloway, Philipp Keller
Annals of Cryo-Geochemistry, 2026 · Vol. 2, No. 943 · pp. 788–793
The inclusion of transient xenobiotic compounds within deeply buried glacial ice presents a unique laboratory for studying phase transitions under high-pressure, low-temperature regimes. This study investigates the kinetic pathways by…
Leyla Demir, Philipp Keller, Eren Kayaalp
Annals of Advanced Mechanosensing, 2024 · Vol. 35, No. 219 · pp. 85–115
This study investigates the efficacy of utilizing embedded piezoelectric thin-film sensors to map localized strain distributions across novel, compliant robotic gripper surfaces. We hypothesize that continuous monitoring of these…
Klaus Richter, Philipp Keller, Gregor Maurer
Annals of Abyssal Biophysics, 2024 · Vol. 26, No. 954 · pp. 430–463
This study explores the hypothesis that deep-pelagic cephalopods utilize highly tuned mechanoreceptors to navigate using minute, long-range pressure wave patterns generated by ambient oceanic flows. We deployed novel acoustic tags capable…