# Archive

The discipline “Packing Equipment Engineering” is a key component, combining CAD-technologies, fundamental and general engineering disciplines into one logical system. It is practically oriented during the education process of specialists and is specialized in Mechanical Engineering. The workbook includes the description of constructions and the working principles of different casers and automatic powder measuring machines, parametric analyses; mathematical problems dealing with thermal electrical conductivity, strength, liquid, viscous and granular materials, with the help of which the physical fields are defined in the processes and packing equipment technology.

Oriented on the students of higher educational establishments studying “Applied Mechanics” and related disciplines: Mechanical Engineering and building disciplines.

The fundamental statements of the continuum mechanics basics are set out. In particular, the paper deals with the nonlinear problems in curvilinear coordinate systems. The first five lectures are devoted to the basics of tensor calculus: the metric tensor, tensor coordinate transformation, differentiation of the basis vectors of curvilinear coordinate, transformation laws of tensor components by changing the coordinate system. The remaining lectures are devoted to the mathematical formulation of stationary and non-stationary nonlinear problems of continuum mechanics: heat and mass transfer systems equations for non-stationary continuum mechanics problems of incompressible and compressible fluids, Euler equations for ideal fluid equations and Navies-Stokes equations for viscous fluid, continuum turbulent motion with regard to the classical Reynolds stress turbulence models.

Oriented on the students of higher educational establishments studying “Industrial Engineering” and related disciplines: Mechanical Engineering, building disciplines, heat power engineering and oil processing industry.

“Processing Lines Designing” is a key discipline, combining CAD-technologies and fundamental and general engineering disciplines into one logical system. It is practically oriented during the education process of specialists and is specialized in Mechanical Engineering. The workbook contains the description of flow form production, basic stages of designing of various types of processing lines, theoretical basics of processing lines designing including the main statements of machine and labour productivity theory, the choice of optimal degree of differentiation and concentration of the technological process, the examples of processing lines calculations of different arrangements.

Oriented on the students of higher educational establishments studying “Applied Mechanics” and related disciplines: Mechanical Engineering and building disciplines.

It includes theoretical bases for such sections of continuum mechanics: introduction to tensor analysis, the general principles of mechanics and thermodynamics of continuum, conservation equations, fluid mechanics, linear elastic theory, theory of plasticity, linear viscoelasticity, conservation equation of reactive mediums, mathematical models of turbulent flows of a compressible medium.

For the university students enrolled in "Industrial engineering" and related specialties: engineering, construction industry, power engineering and petrochemical industries.

522 problems and exercises on the main sections of continuum mechanics are reported including: introduction to tensor analysis, the general principles of mechanics and thermodynamics of continuum, conservation equations, fluid mechanics, linear elasticity, theory of plasticity, linear viscoelasticity. More than 385 problems have solutions with detailed textual explanations and transformations formulas. Other problems designed for self-control have only answers. Based on problem books written by such famous authors as J. Maze, M. E. Eglit et al.

For the university students enrolled in 7(8).05050315 "Chemical manufacture equipment and building materials enterprises" and related specialties: engineering, construction industry, power engineering and petrochemical industries.

Engineering calculations/ D.E. Sidorov, I.A. Kazak Recommended methodical Council NTU "KPI" Examples and solutions for computer problems workshops, questions for self-control task to work on the course "Engineering calculations". For students on specialty "Equipment of chemical productions and enterprises of building materials" and "Machines and technology package". 49/57

Engineering calculations/ D.E. Sidorov, I.A. Kazak Recommended methodical Council NTU "KPI" Examples and solutions for computer problems workshops, questions for self-control task to work on the course "Engineering calculations". For students on specialty "Equipment of chemical productions and enterprises of building materials" and "Machines and technology package". 50/57

Engineering calculations/ D.E. Sidorov, I.A. Kazak Recommended methodical Council NTU "KPI" Examples and solutions for computer problems workshops, questions for self-control task to work on the course "Engineering calculations". For students on specialty "Equipment of chemical productions and enterprises of building materials" and "Machines and technology package". 51/57

Engineering calculations/ D.E. Sidorov, I.A. Kazak Recommended methodical Council NTU "KPI" Examples and solutions for computer problems workshops, questions for self-control task to work on the course "Engineering calculations". For students on specialty "Equipment of chemical productions and enterprises of building materials" and "Machines and technology package". 52/57

Engineering calculations/ D.E. Sidorov, I.A. Kazak Recommended methodical Council NTU "KPI" Examples and solutions for computer problems workshops, questions for self-control task to work on the course "Engineering calculations". For students on specialty "Equipment of chemical productions and enterprises of building materials" and "Machines and technology package". 53/57