course aims in Estonian
Tänapäevased inseneri töövahendid baseeruvad arvutustehnikal. Eesmärgiks on seatud nende vahendite ja meetodite tutvustamine ja konkreetsete ülesannete läbiviimine tänapäevaste modelleerimis- ja simulatsiooni süsteemidega.
course aims in English
Nowdays engineering tools are based on computer technologies. The goal is to present these methods and tools and solve some industrial problems with these technologies.
learning outcomes in the course in Est.
- oskab lahendada erinevaid insenerlikke ülesandeid kasutades modelleerimise ja simulatsiooni süsteeme ja tehnikaid.
- omab ülevaadet ja orienteerub raalintegreeritud simulatsiooni ja modelleerimise valdkonnas.
learning outcomes in the course in Eng.
- Is able to solve different engineering problems applying simulations technologies and systems.
- Has an overview in field of simulation and modeling technologies.
- Knows main tasks in the materials strength field.
- Knows relationships between materials strength and influencing parameters.
brief description of the course in Estonian
Mudelite tüübid. Modelleerimise protseduur ja meetodid. Toodete füüsikalis-mehaaniliste omaduste modelleerimine (struktuurianalüüs); protsesside modelleerimine (elektri- ja temperatuuriväljad, vedelike ja gaaside voolamine); toodete ja protsesside omaduste katseline uurimine. Eksperimentaalne modaalanalüüs. Erinevate ülesannete lahendamine LEM programmipaketiga ANSYS.
brief description of the course in English
Types of Models. Modeling methods. Modeling of physical properties of products (structural analysis); modeling of processes (electrical- and temperature fields, fluid dynamics); physical testing of products and processes. Experimental modal analysis. Solving different problems with FE program ANSYS. Classical theory of Strength of materials. Stress analysis. Local stresses and fatique.
type of assessment in Estonian
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type of assessment in English
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independent study in Estonian
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independent study in English
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study literature
1. A. C. Fowler, Mathematical Models in the Applied Sciences, Cambridge University Press, 1997
2. Edward A. Bender, An Introduction to Mathematical Modeling, Dover Publications (March 6, 2000)
3. Andy J. Keane; Prasanth B. Nair; Computational Approaches for Aerospace Design; Wiley 2005
study forms and load
daytime study: weekly hours
4.0
session-based study work load (in a semester):
practices
2.0
practices
14.0