| Year | Stage | Objectives | Activities | Term |
| 2007 | Unique |
1.Technical-scientific fundament of solar furnaces use |
.Documentary study regarding solar furnaces and climatic conditions importance | 15.12.2007 |
| 2.Geometric arrangement and some components test for a solar furnace used in metallic and non-metallic processing |
| 2.The analysis of heating process within solar furnace | 1.Mathematical model of heating regime in the solar furnace work chamber |
| 2. Fixing the technological parameters implied in heating process in a solar furnace |
| 2008 | Intermediate |
1.The analysis of melting process within solar furnace |
1. Mathematical model of melting process in the solar furnace work chamber | 30.06.2008 |
| 2. Fixing the technological parameters implied in melting process in a solar furnace |
| 2.The analysis of burning process within solar furnace |
1.Mathematical model of burning process in the solar furnace work chamber |
| 2.Fixing the technological parameters implied in burning process in a solar furnace |
Final year |
1.The analysis of purifying process within solar furnace |
1.Mathematical model of purifying process in the solar furnace work chamber | 01.12.2008 |
| 2.Fixing the technological parameters implied in purifying process in a solar furnace |
| 2.Characterization of metallic materials heating process in solar furnaces |
1. Conception of a design algorithm of a solar furnace used for metallic materials heating |
| 2.Virtual design of a heating solar furnace |
| 2009 | Intermediate |
1.Characterization of materials purifying process in solar furnaces |
1.Conception of a design algorithm of a solar furnace used for metallic and non-metallic materials purifying | 30.06.2009 |
| 2.Virtual design of a purifying solar furnace |
| 2.Characterization of materials burning process in solar furnaces |
1.Conception of a design algorithm of a solar furnace used for metallic and non-metallic materials burning |
| 2.Virtual design of a burning solar furnace |
Final year |
1.Characterization of materials purifying process in solar |
1.Conception of a design algorithm of a solar furnace used for metallic and non-metallic materials purifying | 01.12.2009 |
| 2.Virtual design of a purifying solar furnace |
| 2.The simulation of metallic materials heating process within solar furnaces |
1. Identification of optimum geometric arrangement for the components of a solar furnace for metallic materials heating |
| 2. Obtained results interpretation.. |
| 2010 | Unique |
1.1.The simulation of metallic materials melting process within solar furnaces |
1.Identification of optimum geometric arrangement for the components of a solar furnace for metallic materials melting e | 01.09.2010 |
| 2. Obtained results interpretation. |
| 1.2.The simulation of metallic materials heating process within solar furnaces |
1.Identification of optimum geometric arrangement for the components of a solar furnace for metallic materials heating |
| 2. Obtained results interpretation. |
| 1.3.Elaboration of technical-economical analysis documentation for solar furnacese |
1. Achievement of technical-economical analysis documentation of solar furnaces for materials heating.r |
| 2. Achievement of technical-economical analysis documentation of solar furnaces for metallic materials melting. |
| 3. Achievement of technical-economical analysis documentation of solar furnaces for metallic and non-metallic materials burning/purifying. |
