Leader of Doctor of Engineering Science Мogilatenko V.

1. Influence of treatment of aluminium fusions on their physical descriptions and structure and mechanical properties of foundings.

Leader of Doctor of Engineering Science Yamshinskiy M.

1. Influence of chemical composition and heat treatment on a structure and special properties of high-alloyed steel.
2. Optimization of processes of alloying.
3. Development of technologies of the in form alloying and microalloying of steel.
4. Improvement of processes of the suspension current pouring of steel.
5. Influencing of micro-, and macroalloying of carbon steel on a structure and properties of metal.

Leader of Doctor of Science Siroporshnev L.

1. Development of methods of Into a form modification of cast-iron for casting on models which are installed gas.
2. Influencing of products of thermal destructionon genesis of structure cast-iron with a spherical graphite.
3. Development of technology of production of the combined foamed polystyrene models.
4. Influence of steam sentineling treatment on properties of bar mixtures.
5. Research of efficiency of spheroidizing modification with the use of chemically active elements.
6. Development of principles of production of porous purveyance from cast-iron with the use of thermal destruction materials.

Leader of Doctor of Science Коcheskov А.

1. Research of properties of mineral white mixtures for the exact casting.
2. Development of technology of making of the combined foundings after models which are melted.
3. Making of parameters of process of making of foundings with the insertions.
4. Research of properties of coldly hardening mixtures with inorganic and organic bonding additive materials.

Leader of Doctor of Science Guriy I.

1. Microalloying of aluminium alloys.
2. Modification of aluminium alloys.
3. Development of foundry technologies for obtaining metal and metal-ceramic composite materials and products.

Leader of Doctor of Science Lutiy R.

1. Research of properties of forming mixtures with inorganic adhesive components.
2. Development of technologies of making of foundings with differential properties.
3. Creation of new core mixtures with inorganic binders.