Material istehsalı avadanlıqlarıTopics

The subject of azerbaijan's relations with the sasanians and the arab caliphate studies the marches of both states to azerbaijan and their political activities in the region. in the subject, the resistance of the local population against the foreign invasions and the struggle for freedom are widely investigated. also, the influence of occupations on the political, economic and social life of the country is analyzed. the impact of the events that took place during this period on the preservation and development of azerbaijan's traditions of statehood is kept in the center of special attention. the study of the subject allows a deeper understanding of the early medieval history of azerbaijan and the continuity of statehood traditions.

The main technological issues facing the science of materials science, research objects and the needs of creating new materials for extreme conditions.

The history and evolution of materials from the stone, bronze, iron ages to the modern polymer and nano-era.

Environmentally and economically efficient recycling processes of man-made waste and expired materials (metals, polymers).

Principles of production, internal structure and working mechanisms of complex materials consisting of matrix and reinforcing (reinforcing) phase.

Innovative materials synthesized for smart materials, shape memory alloys and advanced technologies.

Comparative analysis of physical and mechanical properties of ferrous and non-ferrous metals, as well as non-metallic materials such as ceramics, glass, plastic.

Organic materials existing in nature (wood, leather, linen, natural rubber) and chemically synthesized (plastics, synthetic fibers).

Structural theory of materials

Anisotropic properties and load distribution mechanisms of composites reinforced with oriented fibers (glass, carbon, boron, metal wires).

Production technology and specific porosity properties of materials obtained through powder metallurgy (pressed and baked parts).

Unique quantum-mechanical and surface properties of materials consisting of nanoscale (1-100 nm) structural elements, manufacturing prospects of nanotechnology.

Characterization of polymers with a macromolecular chain structure (thermoplastics, reactives) and composites with a polymer matrix.

The structure of ceramic matrix composite materials resistant to high temperature and hard wear, ways to reduce their brittleness.