Fakultät für Ingenieur- und Wirtschaftswissenschaften Fakultät Termine und Fristen Einrichtungen Studium Forschung Unsere Forschungsgebiete an der Universität sowie unsere Veröffentlichungen und Projekte
calibration, LiDAR -Camera calibration, and GNSS-IMU fusion. Camera calibration primarily aims to determine the intrinsic parameters of the camera, which serve to correct for lens distortion and measure object
Wirtschaft und Wissenschaft in Hannover zusammen. Termin herunterladen (.ics) Detaillierte Informationen und Anmeldemöglichkeiten zu diesen Terminen sowie weitere Veranstaltungen werden rechtzeitig auf […] Zeichen von Austausch, Vernetzung und Zusammenarbeit rund um die Energieforschung – und es gibt einige Termine, die einen festen Platz im Kalender verdienen. 📅 efzn-Forschungsworkshop zum Thema Resilienz - 19 […] Zusammenarbeit im efzn und am Aufbau von Netzwerken über Fach- und Institutsgrenzen hinweg haben. Termin herunterladen (.ics) 📅 TEN.efzn auf der Hannover Messe Industrie (HMI) – 20. bis 24. April 2026
integrates breakthrough pressure (or capillary entry pressure) measurement capabilities. This allows to determine the exact pressure thresholds required for fluids to penetrate low-permeability formations, a crucial
Fatigue Testing under Dynamic Load RP VI is a simulating facility to determine the fatigue strength of the drill string connection under four simultaneous load types. Tubular goods up to 5½" OD can be
High-pressure viscometer The high-pressure capillary viscometer is a tool designed to determine the viscosity of fluids under varying pressures and temperatures. Knowledge of the viscosity at operating […] pressure difference is used in the Hagen-Poiseuille equation, along with a calibration parameter to determine the dynamic viscosity. References Villablanca, R., Jaeger, P., von Reinicke Laredo, D., 2023. Inline
radius of curvature, the bond number and the IFT is obtained. Similar steps are followed for the determination of the contact angle (wetting). The HP-DSA has wide applications in the oil and gas industry and […] 124271. https://doi.org/10.1016/j.fuel.2022.124271 Samara, H., Jaeger, P., 2022. Experimental determination of wetting behavior under non-atmospheric conditions relevant to reservoirs: a practical guide
computer-controlled, high torque power tongs to determine the make-up and break-out behavior. By means of an automatic switch, the make-up process is terminated after attainment of the specified torque value
quantitative determination of species in a sample, as well as the recognition of chemical structures. Our Raman equipment can be coupled with a high-pressure vessel and a high-pressure probe to determine conc
323, 124271. https://doi.org/10.1016/j.fuel.2022.124271 H. Samara and P. Jaeger, “Experimental determination of wetting behavior under non-atmospheric conditions relevant to reservoirs: a practical guide
