Student projects - Revision history

Vahur: /* Materials science in CERN */

2018-09-25T05:56:55Z

Materials science in CERN

← Older revision		Revision as of 08:56, 25 September 2018
Line 74:		Line 74:
	* implement more advanced (and parallel) mesh smoothing		* implement more advanced (and parallel) mesh smoothing
	* increase parallelization (look / implement parallel mesh generators, parallelize coordination calculation that uses splitted nborlist, parallelize & optimize tet->hex conversion)		* increase parallelization (look / implement parallel mesh generators, parallelize coordination calculation that uses splitted nborlist, parallelize & optimize tet->hex conversion)

			Contact: Vahur Zadin (vahur.zadin@ut.ee)

	= '''Eksperimentaalne materjaliteadus''' =		= '''Eksperimentaalne materjaliteadus''' =

Vahur: /* Materials science in CERN */

2018-09-25T05:56:15Z

Materials science in CERN

← Older revision		Revision as of 08:56, 25 September 2018
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	Software devfelopment related to [https://github.com/veskem/femocs Femocs] development:		Software devfelopment related to [https://github.com/veskem/femocs Femocs] development ('''suitable also for computer engineering students'''):
	* implement new physics into [https://github.com/veskem/femocs Femocs] code such as elastisity, stresses, fluid dynamics for simulating molten nanotips		* implement new physics into [https://github.com/veskem/femocs Femocs] code such as elastisity, stresses, fluid dynamics for simulating molten nanotips
	* implement 2nd order tetrahedral FEM solver		* implement 2nd order tetrahedral FEM solver

Indrekm at 09:53, 27 August 2018

2018-08-27T09:53:49Z

← Older revision		Revision as of 12:53, 27 August 2018
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	= '''Robotics''' =		= '''Robotics''' =
	<big>Click [[student projects in robotics\|here]] for [[student projects in robotics]]</big>		<big>Click [[student projects in robotics\|here]] for [[student projects in robotics]]</big>

			= '''Soft Robotics''' =
			[[soft robotics student projects\|Currently active and relevant topics for soft robotics]]

	= '''Partneritega seotud teemad''' =		= '''Partneritega seotud teemad''' =

Alvo at 07:33, 27 August 2018

2018-08-27T07:33:18Z

@@ Line 2: / Line 2: @@
 ''Siin on mõned tegemised, mide meie uurimisgrupi juures on võimalik teha. Tegemist pole lõpliku nimekirjaga ning head tegijad on alati oodatud huvitavate ideedega. Kõikidest teemadest on võimalik edasi minna kuni PhD kaitsmiseni.''
-''Huvi korral [[User:Alvo#Contacts|võta ühendust]]''. Mõnede teemade kirjeldused on inglise keeles. Nende teemade juhendajateks on külalisteadlased ja -õppejõud.
+''Huvi korral [[User:Alvo#Contacts|võta ühendust]]''. Mõnede teemade kirjeldused on inglise keeles.
@@ Line 159: / Line 175: @@
 -->

Alvo at 07:07, 27 August 2018

2018-08-27T07:07:04Z

@@ Line 15: / Line 15: @@
 * [[Electric and magnetic field analyses in ALT tester]]
 * [[Creation of accurate contact modelling technique for linear FEM-analysis]]
 = '''Liitium- ja naatriumakud (Li-Ion and Na-Ion batteries)''' =
@@ Line 94: / Line 103: @@
 Kõikvõimaliku kantava elektroonika populaarsuse kasv on suurendanud huvi pehmete sensorite vastu, mis mõõdaksid objektide (näiteks inimese keha) kuju ja asendit ilma liikumist takistamata. Senise uurimistöö käigus on välja töötatud sensortald, mis võimaldab sportlasel jälgida jala aluse rõhu jaotust aga ka igal sammul rakendatavat võimsust. Mitmekihiliste elastsete sensorite võrgustik suudab jälgida kehakuju muutust või liikumist, mõõtes korraga nii pikenemist kui painet. Uurimistöö jätkub erinevate uudsete jala- ja keha sensorite väljatöötamiseks.
 = '''Arvutieksperimendid ja materjalide simuleerimine''' =
@@ Line 136: / Line 129: @@
 = '''Robotics''' =
-== Click here for [[student projects in robotics]] ==
+<big>Click [[student projects in robotics|here]] for [[student projects in robotics]]</big>
 = '''Partneritega seotud teemad''' =

Alvo at 06:44, 27 August 2018

2018-08-27T06:44:07Z

@@ Line 126: / Line 126: @@
 = '''Aktuaatorid, seadmed ja nende juhtimine''' =
 ==IPMC täitureid kasutava autonoomse seadme konstrueerimine==
-Eesmärgiks on nn kunstlihaeid kasutavate materjalide abil liikuvate autonoomsete seadmete konstrueerimine ning töö kirjeldamine. Valik ideid: "putukas", ratas, minipurilennuk, mikrohumanoid jne.
+Eesmärgiks on nn kunstlihaseid kasutavate materjalide abil liikuvate autonoomsete seadmete konstrueerimine ning töö kirjeldamine. Valik ideid: "putukas", ratas, minipurilennuk, mikrohumanoid jne.
 ==Süsinik-polümeermaterjalidest täiturite juhtimine==
 Töö eesmärgiks on parametriseerida ning uurida materjaliteadlaste poolt laboris loodud uudsete materjalide elektromehaanilisi omadusi. St. vajalike elektromehaaniliste ja füüsikaliskeemiliste mudelite loomine, nende mudelite kirjeldamine ning eksperimentaalsete tulemuste vastu kinnitamine. Töö sobib (erinevates mahtudes) bakalaureus, magistri ja doktoritöödeks. Vajalik on võõrkeele oskus ning soov ja võimalus töötada aegajalt erinevates laborites välismaa ülikoolides.
 = '''Robotics''' =
@@ Line 181: / Line 160: @@
 Lõputööd juhendab Aleksander Tõnnisson, kes on teinud üle 40-ne investeeringu iduettevõtetesse.
 = '''Õppetööga seotud''' =
 == Juhendmaterjali koostamine koolirobootika tarbeks==
+Töö eesmärgiks on koostada õpetajatele juhendmaterjale ja põnevaid tööülesandeid robootikast, aga samuti ülesandeid, mis aitavad lastel õppida füüsikat, matemaatikat, keemiat ja bioloogiat.
 -->
@@ Line 214: / Line 170: @@
 Teil on kaks juhendajat. Eeldame, et te vähemalt kord nädalas võtate vähemalt ühe juhendajaga kontakti ja arutate läbi oma mured ja tegemised. Lisaks ootame tudengitelt aktiivset osavõttu kord nädalas toimuvast labori seminarist ja journal club'ist, kus harjutatakse avalikku esinemist, et kaitsmisel oleks lihtsam.
-Töö esimene versioon peab olema esitatud hiljemalt 1. maiks. Hilinemiseks sobivad ainult dokumentaalselt tõestatavad meditsiinilised põhjused. Esimene version peab sisaldama:
+Tudeng sõlmib juhendajatega individuaalse juhendamise lepingu, kus täpsustatakse töökorraldus ja oodatavad tulemused
 # sissejuhatust, mis räägib, miks projekti tulemus on vajalik ja mida teised selles valdkonnas maailmas teinud on;
 # projekti teoreetilisi/matemaatilisi/mudeli aluseid lahti kirjutatuna;

Vahur: /* Materials science in CERN */

2018-08-24T12:23:50Z

Materials science in CERN

← Older revision		Revision as of 15:23, 24 August 2018
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	Software devfelopment ~~related topics~~ related to [https://github.com/veskem/femocs Femocs] development:		Software devfelopment related to [https://github.com/veskem/femocs Femocs] development:
	* implement new physics into [https://github.com/veskem/femocs Femocs] code such as elastisity, stresses, fluid dynamics for simulating molten nanotips		* implement new physics into [https://github.com/veskem/femocs Femocs] code such as elastisity, stresses, fluid dynamics for simulating molten nanotips
	* implement 2nd order tetrahedral FEM solver		* implement 2nd order tetrahedral FEM solver

Vahur: /* Materials science in CERN */

2018-08-24T12:23:20Z

Materials science in CERN

← Older revision		Revision as of 15:23, 24 August 2018
Line 30:		Line 30:


	'''Only some examples of ~~currently~~ extremely interesting topics are presented below.''' While some topics are more physics focused, others are more suitable for Computer Engineering curricula students!		'''Only some examples of current extremely interesting topics are presented below.''' While some topics are more physics focused, others are more suitable for Computer Engineering curricula students!

	(We are always open to your own ideas and suggestions considering possible thesis topic!!!!)		(We are always open to your own ideas and suggestions considering possible thesis topic!!!!)

Vahur: /* Liitium- ja naatriumakud (Li-Ion and Na-Ion batteries) */

2018-08-24T12:22:08Z

Liitium- ja naatriumakud (Li-Ion and Na-Ion batteries)

← Older revision		Revision as of 15:22, 24 August 2018
Line 23:		Line 23:
	* [[Akude valmistamine printimistehnoloogia abil]]		* [[Akude valmistamine printimistehnoloogia abil]]

	='''Materials science in CERN'''=		='''Materials science in CERN'''=

	CERN is one of the leading research centres in the Europe, responsible for several key science and technology breakthroughs such as confirmation of Higgs boson and internet. It boosts constant research and development in many different fields next to fundamental particle or nuclear physics, such as materials science. One of the resent developments is new CLIC accelerator, intended for both, precise measurements of Higgs boson and probing new, beyond standard model physics. However, development of CLIC has significant materials science related issues: it utilizes huge electric fields to accelerate particles and suffers significant electric field related material surface damage([[Electrical breakdowns in CLIC accelerator]] ).		CERN is one of the leading research centres in the Europe, responsible for several key science and technology breakthroughs such as confirmation of Higgs boson and internet. It boosts constant research and development in many different fields next to fundamental particle or nuclear physics, such as materials science. One of the resent developments is new CLIC accelerator, intended for both, precise measurements of Higgs boson and probing new, beyond standard model physics. However, development of CLIC has significant materials science related issues: it utilizes huge electric fields to accelerate particles and suffers significant electric field related material surface damage([[Electrical breakdowns in CLIC accelerator]] ).

Vahur: /* Materials science in CERN */

2018-08-24T12:21:29Z

Materials science in CERN

← Older revision		Revision as of 15:21, 24 August 2018
Line 23:		Line 23:
	* [[Akude valmistamine printimistehnoloogia abil]]		* [[Akude valmistamine printimistehnoloogia abil]]

	='''Materials science in CERN'''=		='''Materials science in CERN'''=

	[[Electrical breakdowns in CLIC accelerator]]		CERN is one of the leading research centres in the Europe, responsible for several key science and technology breakthroughs such as confirmation of Higgs boson and internet. It boosts constant research and development in many different fields next to fundamental particle or nuclear physics, such as materials science. One of the resent developments is new CLIC accelerator, intended for both, precise measurements of Higgs boson and probing new, beyond standard model physics. However, development of CLIC has significant materials science related issues: it utilizes huge electric fields to accelerate particles and suffers significant electric field related material surface damage([[Electrical breakdowns in CLIC accelerator]] ).

			The work conducted during this project is part of larger international collaboration including CERN, Finland, Sweden, Israel and more. Participation will include a lot of challenging work, but offers possibilities to take part from CERN summer student projects, have visits to collaborating groups and publish cutting edge research results early on. For example, so far, all related masters theses have yielded at least one research paper! These topics have not only opened up opportunities for follow up PhD studies in Tartu University but also in Helsinki University and EMPA (part of ETH domain in Switzerland).


	~~PS! Võimalik osalemine CERNi suvetudengite programmides ning suvine CERNis praktiseerimine.~~		'''Only some examples of currently extremely interesting topics are presented below.''' While some topics are more physics focused, others are more suitable for Computer Engineering curricula students!

	'''Only some examples of ~~specific~~ topics are presented below:'''

	(We are always open to your own ideas and suggestions considering possible thesis topic!!!!)		(We are always open to your own ideas and suggestions considering possible thesis topic!!!!)

	# DFT simulations of Cu under external electric field		* DFT simulations of Cu under external electric field
	# Nanoscale metal surface under RF electriomagnetic field		* Electric field influence to the interatomic potentials in Molecular Dynamics studies
	# Influence of nanoscale surface defects to the electron emission and electrical conductivity of the material		* Nanoscale metal surface under RF electriomagnetic field
	# Influence of the electric field to the generation of surface defects using in situ SEM and ~~comuter~~ simulations		* Influence of nanoscale surface defects to the electron emission and electrical conductivity of the material
			* Influence of the electric field to the generation of surface defects using in situ SEM and computer simulations
			* [[Thermal runaway simulation with Femocs code and Poisson solver]]

	~~# [[Thermal runaway simulation with Femocs code and Poisson solver]]~~

	~~Possible developments~~:		Software devfelopment related topics related to [https://github.com/veskem/femocs Femocs] development:
	* implement new physics:		* implement new physics into [https://github.com/veskem/femocs Femocs] code such as elastisity, stresses, fluid dynamics for simulating molten nanotips
	elastisity, stresses
	fluid dynamics for simulating molten ~~nanotip~~
	* implement 2nd order tetrahedral FEM solver		* implement 2nd order tetrahedral FEM solver
	* implement Voronoi FEM solver		* implement Voronoi FEM solver
	* implement mesh builder that uses previous mesh as starting point		* implement mesh builder that uses previous mesh as starting point
	* implement more advanced (and parallel) mesh smoothing		* implement more advanced (and parallel) mesh smoothing
	* increase ~~parallel part~~		* increase parallelization (look / implement parallel mesh generators, parallelize coordination calculation that uses splitted nborlist, parallelize & optimize tet->hex conversion)
	look / implement parallel mesh generators
	parallelize coordination calculation that uses splitted nborlist
	parallelize & optimize tet->hex conversion

	= '''Eksperimentaalne materjaliteadus''' =		= '''Eksperimentaalne materjaliteadus''' =