Õppeaine “Valgustusseadised” laboratoorse töö juhend
Laen...
Kuupäev
2021
Kättesaadav alates
08.09.2021
Autorid
Ajakirja pealkiri
Ajakirja ISSN
Köite pealkiri
Kirjastaja
Eesti Maaülikool
Abstrakt
Bakalaureusetöö eesmärgiks on koostada laboratoorse töö juhend õppeaine
“VALGUSTUSSEADISED” jaoks. Töö teoreetilises pooles räägitakse erinevatest
õppemeetoditest, nagu aktiivõppe ja selle erinevad alaliigid. Põhjalikumalt on juttu
simulatsioonidest ja sellest miks just need on sobilikud tulevastele inseneridele. Hetke
maailma olukorda arvestades on kaugõppe meetodina simulatsioonide kasutamine väga
aktuaalne teema.
Töö praktilises osas paigaldati laborisse valgustid ja mõõdeti klassiruumi parameetrid ära.
Töös tutvustatakse põhjalikult DIAlux valgustuse projekteerimise programmi.
Käsitletakse protsesse alates ruumi projekteerimisest kuni valgustite valimiseni. Lõputöö
käsitleb ka põhjalikult erinevaid laboritöös kasutatavaid valgustuse termineid. Tuuakse
näiteid hea valgustuse standarditest avalike ruumide ja töökohtade valgustiheduse nõuete
alusel.
Arvutatakse valitud valgustite valgusviljakus ja tehakse võrdlus teiste lampidega. Valmib
õpperuumi mudel, mida kasutades saab DIAlux-iga läbi viia valgustuse simulatsioone.
Töö lõpus tehakse analüüs ja pakutakse alternatiivseid lahendusi. Lõputöö käigus valmib
laboratoorse töö juhend, mis on esitatud lisas.
The aim of the bachelor's thesis is to compile guidelines for laboratory work for the subject “LIGHTING DEVICES”. In the theoretical part of the work, different teaching methods are discussed, such as active learning and its different subtypes. The simulations and why they are suitable for future engineers are discussed in more detail. Also, considering the current situation in the world, the use of simulations as a distance learning method is a very topical issue. In the practical part of the work, lights were installed in the laboratory and the parameters of the classroom were measured. The work thoroughly introduces the DIAlux lighting design program. Processes from room design to luminaire selection are covered. The dissertation also deals thoroughly with various lighting terms used in laboratory work. Examples of good lighting standards for public spaces and workplaces based on luminance requirements are also given. The luminous efficacy of the selected luminaires is also calculated and compared with other lamps. A study room model is completed, which can be used to perform lighting simulations with DIAlux. At the end of the work, an analysis is performed and alternative solutions are offered. During the dissertation, the instructions for laboratory work are completed, which are presented in the appendix.
The aim of the bachelor's thesis is to compile guidelines for laboratory work for the subject “LIGHTING DEVICES”. In the theoretical part of the work, different teaching methods are discussed, such as active learning and its different subtypes. The simulations and why they are suitable for future engineers are discussed in more detail. Also, considering the current situation in the world, the use of simulations as a distance learning method is a very topical issue. In the practical part of the work, lights were installed in the laboratory and the parameters of the classroom were measured. The work thoroughly introduces the DIAlux lighting design program. Processes from room design to luminaire selection are covered. The dissertation also deals thoroughly with various lighting terms used in laboratory work. Examples of good lighting standards for public spaces and workplaces based on luminance requirements are also given. The luminous efficacy of the selected luminaires is also calculated and compared with other lamps. A study room model is completed, which can be used to perform lighting simulations with DIAlux. At the end of the work, an analysis is performed and alternative solutions are offered. During the dissertation, the instructions for laboratory work are completed, which are presented in the appendix.
Kirjeldus
Bakalaureusetöö
Tehnika ja tehnoloogia õppekaval
Märksõnad
bakalaureusetööd, valgusvoog, valgustihedus, valgusviljakus, aktiivõpe, simulatsioon, DIAlux