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| Course title | City | Start date | Credits |
|---|---|---|---|
| Advanced engineering thermodynamics | Kgs. Lyngby | - | 7,5 ECTS |
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DTU Department of Mechanical Engineering
General course objectives:To get a broad insight in advanced topics in thermodynamics as well as a deeper understanding of selected topics. To learn how to plan and conduct a lecture. To improve the ability to communicate and discuss scientific standpoint |
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| Advanced topics in marine engineering | Kgs. Lyngby | - | 5 ECTS |
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DTU Department of Mechanical Engineering
General course objectives:To provide the student with knowledge of selected advanced topics analysis models within marine hydrodynamics related topics that are currently not covered by existing courses at DTU. To enable the student to understand, apply an |
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| Electron Microscopy and Analysis for Materials Research | Kgs. Lyngby | - | 5 ECTS |
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DTU Department of Mechanical Engineering
General course objectives:The course aims at providing a basic theoretical understanding of the principles of electron microscopy, with special emphasis on analysis of crystalline materials. Therefore, prior basic knowledge of crystallography and crystal |
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| High Performance Computing: FORTRAN, OpenMP and MPI | Kgs. Lyngby | - | 5 ECTS |
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DTU Department of Mechanical Engineering
General course objectives:FORTRAN is one of the principal languages used in scientific, numerical and engineering programming and knowledge in FORTRAN is an indispensible qualification for students, researchers, and engineers. With the two recent revision |
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| Journal club in fluid mechanics | Kgs. Lyngby | - | 5 ECTS |
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DTU Department of Mechanical Engineering
General course objectives:To bring the student in a position to better understand and critically relate to research within the field of fluid mechanics.To make the student familiar with important scientific papers and other publications within the field. |
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| Journal club in internal combustion engines | Kgs. Lyngby | - | 5 ECTS |
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DTU Department of Mechanical Engineering
General course objectives:To bring the student in a position to better understand and critically relate to research within the field of internal combustion engines.To make the student familiar with important scientific papers and other publications within |
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| Measurement uncertainty estimation using statistical methods | Kgs. Lyngby | - | 2,5 ECTS |
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DTU Department of Mechanical Engineering
General course objectives:Statement of uncertainty is mandatory by current quality standards, starting from ISO9001 and, more specifically, ISO 17025, that governs management of testing andmeasurement laboratories. A fundamental reference text on this top |
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| Nanotribology: theory and applications | Kgs. Lyngby | - | 5 ECTS |
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DTU Department of Mechanical Engineering
General course objectives:The course is for PhD students having surfaces in contact and in relative motion as a part of their scientific topic (it is the case for nearly all PhD students). The course enables the students to evaluate tribology on the nano- |
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| Ph.D. course on application of x-ray diffraction in material... | Kgs. Lyngby | - | 5 ECTS |
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DTU Department of Mechanical Engineering
General course objectives:The PhD student should obtain theoretical knowledge on the possibilities and limitations of X-ray diffraction for the purpose of microstructure characterization (phase analysis, texture analysis, stress analysis and line profile |
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| Topology Optimization - Theory, Methods and Applications | Kgs. Lyngby | - | 3,5 ECTS |
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DTU Department of Mechanical Engineering
General course objectives:Introduction to and hands-on experience with the method of topology optimizationLearning objectives:A student who has met the objectives of the course will be able to:Understand and use existing topology optimization software for |
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