Ultrasound Doppler Based In-Line Rheometry –Development, Validation and ApplicationMay 3, 2007|In Publications|By WebmasterWiklund, J., (2007). Ultrasound Doppler Based In-Line Rheometry –Development, Validation and Application. PhD thesis, ISBN 978-91-628-7025-6, Lund University. Link to publication concentrated suspension flow visualization fluid characterization in-line non-invasive Rheology rheometry ultrasound UVP velocity profile Incipientus awarded with UC Risk Class 5 – Gold Seal CertificateSeptember 26, 2019 Do you want to reduce operational cost?September 17, 2019 Incipientus participated in the Annual Nordic Rheology Conference 2019 (NRC 2019)September 9, 2019 Meet us at the Annual Nordic Rheology Conference (NRC 2019)August 22, 2019 Meet us at the Annual European Rheology Conference 2019 (AERC 2019)March 31, 2019 Exploring the role of rheology in bolus flow using an in-vitro approach – PhD Thesis by Waqas MuhammadMarch 31, 2019 Research company Incipientus chosen by The Royal Swedish Academy of Engineering SciencesMarch 31, 2019 New company website under constructionMarch 31, 2019
