Development of new technologies and materials for micromotors manufacture

Code

L2-6076 (D) - included in ARIS records

Head

PhD Matjaž Godec

Period

7/1/2004 - 6/30/2007

Range in 2007

0.24 FTE

Science

Natural sciences and mathematics (1)
Engineering sciences and technologies (8)
Medical sciences (2)
Other (2)

Reseacher status

Researcher (10)
Junior expert or technical associate (3)

Education

Doctor's degree (7)
Master's degree (1)
Other (5)

Sex

Woman (5)
Man (8)

Status

Employed at RO and RRD (6)
No data on employment in RO (2)
Retired (4)
Deceased (1)

No. of publications

1–9 (1)
10–99 (4)
100–999 (8)

Projects / Programmes source: ARIS

source: ARIS

Development of new technologies and materials for micromotors manufacture

Research activity

Code	Science	Field	Subfield
2.09.00	Engineering sciences and technologies	Electronic components and technologies

Code	Science	Field
T190	Technological sciences	Electrical engineering
T170	Technological sciences	Electronics
T450	Technological sciences	Metal technology, metallurgy, metal products
T150	Technological sciences	Material technology

Keywords

linear-stepper micro-motor, permanent magnets, soft magnetic materials, new technologies, injection-moulded polymer-bonded magnet, SMC materials cold compaction, nanocrystalline structure, rapid solidification technology, bulk amorphous materials

Evaluation (rules)

source: COBISS

Evaluation of bibliographic research performance indicators according to ARIS methodology

Citations Citations for bibliographic records in COBIB.SI that are linked to records in citation databases

source: WoS

source: Scopus

source: COBISS

Researchers (13)

no.	Code	Name and surname	Research area	Role	Period	No. of publicationsNo. of publications
1.	00741	Bojan Breskvar	Materials science and technology	Researcher	2004	160
2.	25126	PhD Črtomir Donik	Materials science and technology	Junior researcher	2005 - 2007	316
3.	08797	MSc Tatjana Drglin	Cardiovascular system	Researcher	2004 - 2005	33
4.	10842	PhD Matjaž Godec	Materials science and technology	Head	2004 - 2007	883
5.	05675	PhD Monika Jenko	Neurobiology	Researcher	2004 - 2007	842
6.	04982	Dimitrij Kmetič	Materials science and technology	Researcher	2006 - 2007	421
7.	07642	PhD Vojteh Leskovšek	Materials science and technology	Researcher	2004 - 2007	359
8.	17199	Nataša Lipovšek		Technical associate	2004 - 2007	81
9.	08850	PhD Djordje Mandrino	Physics	Researcher	2004 - 2007	234
10.	04253	Miroslav Pečar	Electronic components and technologies	Technical associate	2004 - 2007	16
11.	26192	PhD Irena Škulj	Materials science and technology	Researcher	2005 - 2007	47
12.	08195	PhD Borivoj Šuštaršič	Materials science and technology	Researcher	2004 - 2007	412
13.	17193	Zlatka Torkar		Technical associate	2006 - 2007	1

Organisations (1)

no.	Code	Research organisation	City	Registration number	No. of publicationsNo. of publications
1.	0206	Institute of Metals and Technology	Ljubljana	5051622000	6,011

Abstract

Recently, there has been a rapid expansion in the area of micromotors that can control or simply move mechanical parts in a particular direction. Typical examples of such micromotors include linear stepper motors, which can transform rotation into linear movement. Motors like these are applied in cars for changing the directions of headlight bulbs so that they follow the same direction as the wheels are turned, or motors for moving car seats to a desired position, or adjusting the angle of the seat or the position of the car mirrors, etc. In short, this type of micromotor can be used wherever there is a need for computer-controlled positioning. Lately, these small motors have begun to play a role in medical applications. Due to difficult conditions of use (varying high temperature, vibration, aggressive media, etc) and the miniaturisation, it is important to use the best materials in terms of magnetic and mechanical properties. Therefore, the motors should be made of the best available materials as well as with new design approaches for the chosen application. A new linear stepper micromotor will be developed. For this reason, new materials' developments and new technologies, like two-component injection-moulded permanent magnets and compressed soft magnetic composites will be applied. In addition to the magnetic properties of materials, it is also important that they are compatible with other structural materials. We will also focus on these aspects, and surface-hardening treatment in order to increase the lifetimes of the mechanical parts will be considered. As well as commercially available materials, we will also produce our own magnetic materials by the use of rapid-solidification techniques in order to obtain nanocrystalline materials that will give us the best magnetic properties. The parameters of manufacture will be studied and some procedures and technology will be additionally optimised. We expect that the results of the project will be new, innovative technologies for the preparation and treatment of materials and innovative design solutions for a new motor that will lead to higher magnetic fields (more torque) and also longer lifetimes (better mechanical properties, better wear resistance and higher temperature stability).