User contributions for T4 fiedler
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Results for T4 fiedler talk block log uploads logs
A user with 19 edits. Account created on 15 June 2022.
24 July 2025
- 13:1813:18, 24 July 2025 diff hist +378 MathModDB (Q6534274) Created claim: source code repository (P339): https://github.com/MaRDI4NFDI/MathModDB
- 12:4012:40, 24 July 2025 diff hist +11 N User:T4 fiedler/Service:6534274-Sandbox Created page with "{{Service}}" current
- 12:1712:17, 24 July 2025 diff hist +44 MathModDB No edit summary current Tag: Visual edit: Switched
- 12:0312:03, 24 July 2025 diff hist +3,064 N User:T4 fiedler/MathModDB-Sandbox Created page with "Proper documentation and storage of research data, adhering to FAIR principles, are crucial for reproducibility and scientific integrity. Applied mathematics, producing diverse numerical and symbolic data, heavily relies on models that must be well-documented for replication and future use. Here, we present MathModDB, an ontology for mathematical models, along with a knowledge graph containing over 1200 elements. The work is conducted within the NFDI project entitled Mat..." current
26 March 2025
- 15:5315:53, 26 March 2025 diff hist +12 Hooke Law (Linear Elasticity) (Q6674324) Changed claim: in defining formula (P983): \boldsymbol\sigma
- 15:5315:53, 26 March 2025 diff hist +15 Hooke Law (Linear Elasticity) (Q6674324) Changed claim: in defining formula (P983): \boldsymbol\varepsilon
- 15:5315:53, 26 March 2025 diff hist +8 Hooke Law (Linear Elasticity) (Q6674324) Changed claim: in defining formula (P983): \mathsf C
- 15:5215:52, 26 March 2025 diff hist +55 Hooke Law (Linear Elasticity) (Q6674324) Changed claim: defining formula (P989): \boldsymbol{\sigma} = \mathsf{C}:\boldsymbol{\varepsilon} \text{ where } \boldsymbol\varepsilon(u)=\frac{1}{2}(\nabla u+(\nabla u)^T)
- 15:4615:46, 26 March 2025 diff hist +7 Hooke Law (Linear Elasticity) (Q6674324) Changed claim: defining formula (P989): \sigma=C:\epsilon \text{ where } \epsilon(u)=\frac{1}{2}(\nabla u+(\nabla u)^T)
25 March 2025
- 17:2617:26, 25 March 2025 diff hist +425 Allometry (Q6767926) Created claim: instance of (P31): academic discipline (Q60231) current
- 17:2517:25, 25 March 2025 diff hist +366 N Allometry (Q6767926) Created a new Item: Allometry, study of the relationship of body size to shape, anatomy, physiology, and behavior
1 August 2022
- 11:0511:05, 1 August 2022 diff hist −61 Private:REALTIME CAPABLE SOIL SIMULATION BASED ON HYBRID MODELS No edit summary current Tag: Visual edit: Switched
20 July 2022
- 11:2611:26, 20 July 2022 diff hist +82 Private:REALTIME CAPABLE SOIL SIMULATION BASED ON HYBRID MODELS No edit summary Tag: Visual edit: Switched
29 June 2022
- 15:3615:36, 29 June 2022 diff hist +227 Private:REALTIME CAPABLE SOIL SIMULATION BASED ON HYBRID MODELS No edit summary
- 15:2715:27, 29 June 2022 diff hist 0 Private:REALTIME CAPABLE SOIL SIMULATION BASED ON HYBRID MODELS →Realtime capable soil simulation based on hybrid models Tag: Visual edit
28 June 2022
- 14:4814:48, 28 June 2022 diff hist +27 Private:REALTIME CAPABLE SOIL SIMULATION BASED ON HYBRID MODELS →Process Steps Tag: Visual edit
- 13:2713:27, 28 June 2022 diff hist +77 N Private:REALTIME CAPABLE SOIL SIMULATION BASED ON HYBRID MODELS T4 fiedler moved page Private:REALTIME CAPABLE SOIL SIMULATION BASED ON HYBRID MODELS to Private:REALTIME CAPABLE SOIL SIMULATION BASED ON HYBRID MODELS: Page is not ready yet current Tag: New redirect
- 13:2713:27, 28 June 2022 diff hist 0 m Private:REALTIME CAPABLE SOIL SIMULATION BASED ON HYBRID MODELS T4 fiedler moved page Private:REALTIME CAPABLE SOIL SIMULATION BASED ON HYBRID MODELS to Private:REALTIME CAPABLE SOIL SIMULATION BASED ON HYBRID MODELS: Page is not ready yet
- 13:2613:26, 28 June 2022 diff hist +4,294 N Private:REALTIME CAPABLE SOIL SIMULATION BASED ON HYBRID MODELS Created page with "= Realtime capable soil simulation based on hybrid models = PID (if applicable): PhD thesis (submitted), [https://doi.org/10.1002/pamm.201900427 https://doi.org/10.1002/pamm.201900427], [https://doi.org/10.1007/978-3-030-23132-3_51 https://doi.org/10.1007/978-3-030-23132-3_51] == Problem Statement == Efficient numerical simulation of soil-tool interaction to achieve capability for application in the interactive simulation === Object of Research and Objective === Int..."