Generation of a 3D Mesh Using snappyHexMesh Featuring Anisotropic Refinement and Near-wall Layers

Mini-Symposium: CFD in the Nearfield of Structure

Kepemimpinan Transformasional, Motivasi Kerja dan Performa Kerja Karyawan ; Systematic Literature Review

This study aims to analyze the effect of transformational leadership and motivation on employee performance. The research method used is systematic literature review (SLR), which is a systematic review of various articles (literature) related to research variables. The results showed that 15 (75%) studies showed a significant relationship between transformational leadership and work performance, 10 (50%) studies showed a significant relationship between transformational leadership and work motivation, 8 (40%) showed a significant relationship between work motivation and work performance, and 2 (10%) indicate that transformational leadership can influence work performance by mediating work motivation. In conclusion, that transformational leadership influences motivation where the better the implementation of transformational leadership in organizations/institutions/institutions, the more employee motivation increases.  Keywords: Transformational Leadership, Work Motivation, Work Performanc

Development of behavioral rules for upstream orientation of fish in confined space

Data Availability: All relevant data are within the manuscript and its Supporting Information files (https://journals.plos.org/plosone/article?id=10.1371/journal.pone.0263964#sec033). All model source code files are available from Github, https://github.com/baw-de/ELAM-flume

Planar n-in-n quad module prototypes for the ATLAS ITk upgrade at HL-LHC

In order to meet the requirements of the High Luminosity LHC (HL-LHC), it will be necessary to replace the current tracker of the ATLAS experiment. Therefore, a new all-silicon tracking detector is being developed, the so-called Inner Tracker (ITk). The use of quad chip modules is intended in its pixel region. These modules consist of a silicon sensor that forms a unit along with four read-out chips. The current ATLAS pixel detector consists of planar n-in-n silicon pixel sensors. Similar sensors and four FE-I4 read-out chips were assembled to first prototypes of planar n-in-n quad modules. The main focus of the investigation of these modules was the region between the read-out chips, especially the central area between all four read-out chips. There are special pixel cells placed on the sensor which cover the gap between the read-out chips. This contribution focuses on the characterization of a non-irradiated device, including important sensor characteristics, charge collection determined with radioactive sources as well as hit efficiency measurements, performed in the laboratory and at testbeams. In addition, first laboratory results of an irradiated device are presented