Computational Materials Science Laboratory
| URL: | cmsl.materials.uoi.gr |
| Tel.: | (+30)-26510-0-7310 |
| Fax: | (+30)-26510-0-7073 |
| Installation: | Administartation Building, 1st floor, (Π1, Π2, Π5), University Campus |
| Director: | Assoc. Prof. Ch. Lekka |
Personnel
Research
Equipment
Education
Faculty members
- Assc. Professor Christina Lekka
- Professor Elefterios Lidorikis
- Assc. Professor D. Papageorgiou
- Dr. Dimitris Bellas
- Dr. Charalampos Trapalis
- Maria Andrea (PhD candidate)
- Ioannis Vangelidis (PhD candidate)
- Alkmini-Vasiliki Dagkli (PhD candidate)
- Spyros Doukas (PhD candidate)
- Konstantinos Kaklamanis (PhD candidate)
- Konstantinos Kordos (PhD candidate)
- Alexis Kotanidis (PhD candidate)
- Eleftheria Lampadariou (PhD candidate)
- Georgios Memos (PhD candidate)
- Konstantinos Dimakopoulos
- Konstantinos Prouskas
Research interests
- Study of structural, mechanical, electrical, optical and electronic properties of materials from atomic to macroscopic scale, with theoretical and computational methodologies, for metallic, semiconductor, ceramic and organic materials, surfaces and interfaces of them, as well as their nanodimensional and nanostructured devices, with the aim of predicting new properties and the design of new materials with predefined properties, suitable for applications in all aspects of modern technology.
- Study of light-matter interactions and arrangements of materials that interact strongly with light. Study of coupled optical, thermal and electrical properties and design of optoelectronic devices.
- Development of computational techniques and software for scientific calculations.
- Local and global optimization, software and applications.
- Parallel techniques for large scale calculations.
Equipment & facilities
- Computer array of 144 nodes - 576 cores (room Π1)
- 2 student computer labs with 36 seats (room Π2, Π5)
- 3 research computer labs with 12 seats (Rectory building)
Support of students' laboratories
- Computers I (1st semester)
- Computers II (2nd semester)
- Mechanical Design (2nd semester)
- Numerical Analysis (5th semester)
- Informatics Applications (6th semester)
- Computational Methods of Complex Systems (9th semester)
- Introduction to Advanced Computing Methods in Materials Science (9th semester)
- Materials Simulation and Design Techniques in PC (10th semester)
- Introduction to the Finite Element Method (10th semester)
- Advanced Computational Materials Science Techniques (2nd semester, MSc "Advanced Materials")
