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Stochastic scale-free network SIR simulations
No full text<p>Simulation of spreading of COVID desease on scalefree population network. Testing the effect of different vaccination scenarios on a population network using random and targeted attacks. This is a Python3 program whose dependencies are managed by a venv.</p><p>Acknowledgment: The work was partly supported by the Estonian Research Council grant COVSG22.</p>
Challenges of Teaching Programming in StackOverflow Era
No full text<p>ICL2020 presentation</p>
Mapping of the EuroTeQ Qualification Framework (EQF)
No full text<p>D4.1 is part of the work package 4, Professional. It is the first deliverable of this work package. Its results contribute to a better understanding and comparability of the national training systems. The EQF and the national qualification framework evaluation pave the way for understanding our study programs better and to contribute to defining competencies profiles of the future-proof engineer. The mapping exercise is also the basis for exploring how lifelong learning efforts cope with the EQF systematic during the work package activities.</p><p><strong>Target: </strong>Within this activity, we will map the different professions under the European Qualifications Framework (EQF) to compare and to evaluate them together with our local associated partners. We plan to assess how close these frameworks are to the ever-changing daily working environments in the Partner Universities' respective national frameworks, which graduates will enter after completing their university education. </p><p><strong>How to get there: </strong>The European Qualifications Framework (EQF) is a vital tool to help understand different national training and education systems and compare them in a European context. We will take the EQF as a basis for mapping the different systems in our Partners' countries. This will be the first step of comparing the systems and evaluating the differences. We hope that the reflections on the EQF can create impulses for further development and to make the EQF future-proof. Furthermore, we want to explore how lifelong learning efforts cope with the EQF systematic. </p><p>Leading university: Technical University of Munich (TUM)</p>
Uncertainty in condition prediction of bridges based on assessment method - case study in Estonia
No full text<p>Presented at IABSE Symposium: <i>Towards a Resilient Built Environment Risk and Asset Management</i>, Guimarães, Portugal, 27-29 March 2019</p><p> </p><p> </p><p>Related to conference paper: <a href="https://ws.lib.ttu.ee/publikatsioonid/Publ/Item/491b2640-5bda-4865-b059-78a62e93a9f6">Uncertainty in condition prediction of bridges based on assessment method - case study in Estonia // IABSE Symposium Guimarães 2019 : Towards a Resilient Built Environment - Risk and Asset Management, March 27-29, 2019, Guimarães, Portugal. Zurich : International Association for Bridge and Structural Engineers (IABSE), 2019. </a></p>
Repository Guide
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Enzyme-constrained genome-scale metabolic models of Rhodotorula toruloides
No full text<p>Online presentation at the 2nd VH Online Yeast Conference on September 14, 2021, organized by VH (Versuchsanstalt der Hefeindustrie e.V. – Research Institute for Baker's Yeast) in Berlin, Germany.</p>
3D printed microfluidics literature review datapool
No full text<p><strong>Please note, the dataset is provided as-is. </strong></p><p>Complete dataset of literature sources with comments and full range of information. Divided based on topics. Not all topics were included in the published paper.</p><p> </p>
Eestis tegutsenud raamatukaupmeeste lühielulood (19. sajandi II pool, 20. sajandi algus)
No full text<p>1850-1917 Eestis tegutsenud raamatukaupmeeste lühielulood. Andmed on kogutud aastatel 2000-2010 arhiivimaterjalide, ajakirjanduse ning teatmeteoste põhjal. </p><p>Raamatukaupmehed ja raamatukauplused eesti 1850-1917</p>
Mineralogical assessment and modelling of the Excalibur pyrometallurgical pilot
No full text<p>Final MSc presentation on the issues encountered during a pyrometallurgy pilot project on FeMn alloy production, such as slag viscosity, refractories corrosion and degassing. Mineralogical (FE-SEM, QEMSCAN, EPMA), chemical (XRF, XRD) and thermodynamic modelling (ThermoCalc, MTData) studies of slag compositions. Final MSc presentation on the issues encountered during a pyrometallurgy pilot project on FeMn alloy production, such as slag viscosity, refractories corrosion and degassing. Mineralogical (FE-SEM, QEMSCAN, EPMA), chemical (XRF, XRD) and thermodynamic modelling (ThermoCalc, MTData) studies of slag compositions. ERAMET owns three plants dedicated to high-carbon ferromanganese alloys. The plants are striving to minimize their environmental footprint, notably by recycling co-products (dust and sludge) captured at various stages in the production process. Two recipes compatible with manganese alloy production have been developed. The first is developed with Eramet Norway; it uses co-products generated at the SAUDA plant to optimize the Group's industrial furnaces. The second recipe was developed with a project funded by EIT Raw Materials, to recover and recycle the manganese contained in the various co-products. The influence of recycling these agglomerated co-products was tested in the pyrometallurgical pilot. This pilot aimed to test these new products' melting performance and suitability for industrial-scale production. Several issues were encountered during this pilot affecting the viability of the process, such as viscosity, refractory corrosion and sulphur content issues. The recipes and the products from the four pyrometallurgy trials were examined to comprehend how their properties affect the pyrometallurgical processes. The mineralogical characterization and thermodynamic modelling enabled the assessment of the matter transformations that occur during the pyrometallurgy processes and the thermochemical and physical variability of the samples. This study demonstrated that all the slags produced during the pilot do not correspond to the fluid manganosite-containing slags produced at the plant. Two major types of slag were identified. A slag with mangano-calcic olivine, omnipresent in all the trials, and a slag that contains manganosite but is highly viscous. The origin of the non-compliance of these slag products is multiple. The first one is an abnormally high reduction in the load and the coke, inducing an insufficient manganese content and a sulphur enrichment. The second is inadequate management of fluxes, resulting in an overabundance of silicon and calcium, increased by constant additions of corrosive fluorite. This implies a chemical composition favouring nucleation and balanced growth of olivine to the detriment of manganosite. The rare manganosite slags formed due to excessive manganese content, allowing massive crystallization at elevated temperatures. Therefore, the mineralogy of the slags produced during EXCALIBUR induced a viscosity too high to obtain a flow. This work enabled an understanding of the problems encountered during the pilot to optimize the ferromanganese alloy production processes.</p>