Detail page

Knowledge Web

Person

David E. Rival

Maschinenbauingenieur

Name	David E. Rival
Place	Atlanta, USA (Geburtsort) Braunschweig (2023-) (Wirkungsort) Kanada Deutschland
Academic degree	Prof. Dr.-Ing.
Profession	Maschinenbauingenieur (characteristic profession)
Variant	David Rival David Emory Rival (vollständiger Name)
Related	Queen's University Technische Universität Darmstadt Technische Universität Braunschweig (2023-)
Further information	Diss. Technische Universität Darmstadt, Fachbereich Maschinenbau Seit Juli 2023 Institutsleitung des Instituts für Strömungsmechanik an der Technischen Universität Braunschweig
Source	Homepage: https://www.tu-braunschweig.de/ism/mitarbeiter/rival (Stand: 06.02.2024)
Record type	Person
GND-Identifier	139608796
Record ID	139608796
Involved in show all Escaping the lab: advances in large-scale particle tracking using natural light and uncrewed aerial vehicles Exploring separation and reattachment in shear-thinning suspensions through pipe-wall ultrasound measurements Modeling of Transport Processes in Porous Transport Layers in Polymer Electrolyte Membrane Water Electrolyzers Multidisciplinary Design Optimization of Aircraft Wings with Active Flow Control NURBS-Based Model for Elastohydrodynamically Lubricated Contacts Lagrangian study of entrainment for confined vortex rings in dense suspensions using echo-LPT Vortex-wake formation and evolution on a prolate spheroid at subcritical Reynolds numbers A novel single-camera approach to large-scale, three-dimensional particle tracking based on glare-point spacing Detection of vortical structures in sparse Lagrangian data using coherent-structure colouring Direct Lagrangian method to characterize entrainment dynamics using particle residence time: a case study on a laminar separation bubble An ultrasound-based approach for the characterization of fluid–structure interaction of large arterial vessels Direct Lagrangian measurements of particle residence time Development, control and recovery of leading- and trailing-edge vortices in tandem-airfoil configurations Development, control and recovery of leading- and trailing-edge vortices in tandem-airfoil configurations

Please note

The beta version does not yet contain all functions and information of the DNB portal catalogue. If you are missing information or want to order a medium, please visit the page in the DNB portal catalogue via the following link:

Katalog der Deutschen Nationalbibliothek

David E. Rival

Escaping the lab: advances in large-scale particle tracking using natural light and uncrewed aerial vehicles

Exploring separation and reattachment in shear-thinning suspensions through pipe-wall ultrasound measurements

Modeling of Transport Processes in Porous Transport Layers in Polymer Electrolyte Membrane Water Electrolyzers

Multidisciplinary Design Optimization of Aircraft Wings with Active Flow Control

NURBS-Based Model for Elastohydrodynamically Lubricated Contacts

Lagrangian study of entrainment for confined vortex rings in dense suspensions using echo-LPT

Vortex-wake formation and evolution on a prolate spheroid at subcritical Reynolds numbers

A novel single-camera approach to large-scale, three-dimensional particle tracking based on glare-point spacing

Detection of vortical structures in sparse Lagrangian data using coherent-structure colouring

Direct Lagrangian method to characterize entrainment dynamics using particle residence time: a case study on a laminar separation bubble

An ultrasound-based approach for the characterization of fluid–structure interaction of large arterial vessels

Direct Lagrangian measurements of particle residence time

Development, control and recovery of leading- and trailing-edge vortices in tandem-airfoil configurations

Development, control and recovery of leading- and trailing-edge vortices in tandem-airfoil configurations