River Flow 2016 2016
DOI: 10.1201/9781315644479-60
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Methods to assess drag force in flow through irregularly arranged roughness elements

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“…Drag forces were measured with a drag force sensor (DFS) mounted in the centerline of the flume in a distance of 16 m from the flume inlet in a 1.5 m long box below the flume bottom, so that the DFS did not interact with the flow (Figure 1). Details of the DFS can be found in several studies in which it has already been used (e.g., Schoneboom et al, 2008;Schoneboom & Aberle, 2009;Siniscalchi et al, 2012;Jalonen et al, 2013;Västilä et al, 2013;Asher et al, 2016;Niewerth et al, 2016).…”
Section: Methodsmentioning
confidence: 99%
“…Drag forces were measured with a drag force sensor (DFS) mounted in the centerline of the flume in a distance of 16 m from the flume inlet in a 1.5 m long box below the flume bottom, so that the DFS did not interact with the flow (Figure 1). Details of the DFS can be found in several studies in which it has already been used (e.g., Schoneboom et al, 2008;Schoneboom & Aberle, 2009;Siniscalchi et al, 2012;Jalonen et al, 2013;Västilä et al, 2013;Asher et al, 2016;Niewerth et al, 2016).…”
Section: Methodsmentioning
confidence: 99%
“…In Figure 2.5, a sketch of the load cell coupled to the shear plate is shown. The strain gauges used in this work have been satisfactorily used as drag force sensors in several previous studies at the LWI, to measure drag force over individual plants and solid elements under several flow conditions with high accuracy (Schoneboom et al, 2008;Niewerth, Aberle, and Folke, 2019;Niewerth et al, 2016;Siniscalchi, Nikora, and Aberle, 2012). Since the instrument was used to measure shear stresses in the reported experiments in this work, it will be named Shear Stress Sensor (SSS) for the sake of simplicity.…”
Section: Shear Stress Measurements With Shear Platementioning
confidence: 99%