User contributions for Christos.Frouzakis

27 September 2023

• 11:5211:52, 27 September 2023 diff hist +3,047‎ N Lib:DNS 1-7 computational ‎ Created page with " {{DNSHeaderLib |area=1 |number=7 }} __TOC__ = Computational Details = <!--{{LoremIpsum}}--> == Computational approach == Provide an overview of the numerical method/setup used for the computation of the DNS or LES database. This includes a description of the spatial and temporal discretisation, order of accuracy; if applicable implicit iterative strategy and associated convergence criteria. If available, also provide the spectral analysis curves (von Neumann analysis..."
• 11:5111:51, 27 September 2023 diff hist +2,804‎ N Lib:DNS 1-7 description ‎ Created page with " {{DNSHeaderLib |area=1 |number=7 }} __TOC__ = Introduction = Give a brief overview of the test case. Describe the main characteristics of the flow. In particular, what are the underlying flow physics which must be captured by the computations ? Give reasons for this choice (e.g. poorly understood flow physics, difficulty to predict the flow with standard turbulence models, ...). Detail any case-specific data that needs to be generated. = Review of previous studies = Pro..."
• 11:5111:51, 27 September 2023 diff hist +220‎ Lib:DNS 1-7 statistical ‎No edit summary current
• 11:4811:48, 27 September 2023 diff hist +6‎ Lib:DNS 1-7 ‎No edit summary
• 11:4511:45, 27 September 2023 diff hist −28‎ Template:DNSHeader ‎No edit summary Tag: Manual revert
• 11:3911:39, 27 September 2023 diff hist +28‎ Template:DNSHeader ‎No edit summary
• 11:3111:31, 27 September 2023 diff hist +721‎ N Lib:DNS 1-7 statistical ‎ Created page with " {{DNSHeaderLib |area=1 |number=7 }} __TOC__ = Statistical data = ==Volume data== See guidance on how volume data should be described. ==Additional data== Here additional statistical data should be provided such as data on solid surfaces and integral time scales as specified respectively in sections 4 and 5 of [1]. Further global quantities of interest ( e.g. drag/lift coefficients, mass flow rates, efficiencies, . . . ) should be given here and if need be the procedure..."
• 11:2911:29, 27 September 2023 diff hist +722‎ N Talk:DNS 1-7 Statistical Data ‎ Created page with " {{DNSHeaderLib |area=1 |number=7 }} __TOC__ = Statistical data = ==Volume data== See guidance on how volume data should be described. ==Additional data== Here additional statistical data should be provided such as data on solid surfaces and integral time scales as specified respectively in sections 4 and 5 of [1]. Further global quantities of interest ( e.g. drag/lift coefficients, mass flow rates, efficiencies, . . . ) should be given here and if need be the procedure..." current

26 September 2023

• 15:1715:17, 26 September 2023 diff hist −1‎ Talk:DNS 1-7 Description ‎ →‎Geometry and flow parameters current
• 15:1215:12, 26 September 2023 diff hist +105‎ Talk:DNS 1-7 Description ‎ →‎Geometry and flow parameters

2 September 2023

• 07:1407:14, 2 September 2023 diff hist 0‎ Lib:DNS 1-7 ‎No edit summary
• 07:1407:14, 2 September 2023 diff hist 0‎ Lib:DNS 1-7 ‎No edit summary

1 September 2023

• 12:5712:57, 1 September 2023 diff hist −5‎ Talk:DNS 1-7 Computational Details ‎No edit summary current
• 12:5712:57, 1 September 2023 diff hist +87‎ Talk:DNS 1-7 Computational Details ‎No edit summary
• 12:2212:22, 1 September 2023 diff hist +208‎ N Talk:DNS 1-7 Description ‎ Created page with "= Internal combustion engine flows = = Introduction = = Previous work = = Setup = == Geometry and flow parameters == == Computational Domain == == Boundary conditions == == Workflow == = References ="

2 June 2023

• 13:3313:33, 2 June 2023 diff hist −1‎ Lib:DNS 1-7 ‎No edit summary
• 11:3311:33, 2 June 2023 diff hist +23‎ N Talk:DNS 1-7 Computational Details ‎ Created page with "Spectral element, NekRS"
• 10:1610:16, 2 June 2023 diff hist +2‎ Lib:DNS 1-7 ‎No edit summary
• 10:1410:14, 2 June 2023 diff hist +31‎ Lib:DNS ‎No edit summary
• 10:1310:13, 2 June 2023 diff hist +3,053‎ N Lib:DNS 1-7 ‎ Created page with " =Multi-cycle DNS of the compression and expansion strokes in an internal combustion engine at high engine speeds= {{DNSHeader |area=1 |number=7 }} __NOTOC__ = Abstract = The in-cylinder flow evolution during the closed cycle (compression and expansion strokes) of the pent-roof optical engine at TU Darmstadt [1] is investigated numerically using DNS at motored operation. The workflow presented in [2] was used to generate realistic initial conditions at intake valve clo..."