Луганський національний університет імені Тараса Шевченка

A Brief Historical Reference

 

A Brief Historical Reference

The Department of Information Technologies and Systems was founded in 1990. 10 teachers provide the work of the department, among them there is 1 doctor of science, 7 candidates of science, 2 engineers. The department actively cooperates with the leading research subdivisions of foreign countries. Teachers of the Department for many years have been actively cooperating with the Central Scientific Research Institute of Special Machine Building (Russia, Moscow Region), the Design Bureau of Instrument Engineering (NPO “Precision”, Russia, Tula), the State Design Bureau “Yuzhnoye” (KB ” Yuzhnoye, Ukraine, Dnipro), Kiev mechanical plant (KB Antonov, Ukraine, Kiev), National Aerospace University, etc.

The main direction is modeling and development of technology and processes of automated creation of products from composite materials (CM).

The laboratory covers tasks in the field of mathematical modeling and the development of technology for creating products from KM for various purposes. Over the years of work a new structural and technological approach has been developed, on the basis of which a complex solution of scientific, technical and developmental tasks in the direction of creating products from CM is possible.

The laboratory performs modeling and development of products from CM of any complexity with the use of modern computer modeling tools and, as a result, use the most reliable and automated method of manufacturing products from CM – the method of automated winding on specialized winding machines.

As a result of the combined efforts of several laboratories, a complex has been created for the manufacture of structural elements from glass, organic and carbon plastics.


 

Short list of achievements:

The project participants have developed and implemented:

  • several designs of solid-propellant rocket engine bodies made of organic and carbon plastic;
  • special form-building device made of CFRP;
  • front horizontal plumage of commercial aircraft made of fiberglass;
  • Fire-fighting cylinder of the system of local fire extinguishing from fiberglass;
  • Elements of a farm of an open spaceship of carbon fiber.

List of participants:

The proposed direction will be implemented on the basis of three structural subdivisions, which closely cooperate in the creation and modeling of structural elements from reinforced organo-glass and carbon plastics.

  1. Laboratories of the Department of Information Technologies and Systems – the leading unit;
  2. Laboratories of the Department of Technology of Production and Professional Education;
  3. Laboratories of the Department of Physical and Technical Systems and Informatics.

There is minimal technical equipment, highly qualified technical personnel. 

Whole-rolled, unfoined carbon fiber plastic truss

 Carbon-plastic and fiberglass fittings

Rolled carbon-fiber and glass-reinforced plastic rods for special purposes with a minimum coefficient of linear temperature expansion

Special carbon-fiber forming device, Working on external pressure, manufactured by winding 

Special fiberglass mesh device for chemical treatment 

Fiberglass front horizontal plumage Commercial aircraft manufactured by winding 

Fiberglass element of the automated Local fire extinguishing systems 

Coiled Organoplastic Solid Fuel Engines


 

Main Idea

The project participants are specialists in the field of computer modeling and technology for creating products from KM for various purposes.

Based on the accumulated experience and the structural and technological approach using modern methods and modeling principles, manufacturing features and the process of creating complex profile elements of special purpose machines made from CM produced by the automated winding method are found.

The developed approach allows to perform modeling and development of products from CM of any complexity using modern computer modeling tools and, as a result, to use the most reliable and automated method of manufacturing products from CM – the method of automated winding on specialized winding machines.


 

Propositions:

The project participants are looking for partners in the organization of research and pilot development in the presented direction.

The accumulated experience in the field of technology for the production of products from CM will allow to effectively approach the solution of problems in this direction under conditions of precise planning, phased implementation and sufficient financing.

The list of projects presented in the table can be expanded and supplemented by your specific proposals within the framework of research, sharing experience and organizing the production of various products from composite materials.

Table 1. List of possible project

Project Title Available reserve Possible Outcomes
1 Development of technology and manufacturing of small-sized machine elements from KM The issue of small lots was organized
  • Recommendations on manufacturing technology
  • Issue of small lots
  • Organization of joint production
2 Development of specialized winding equipment and auxiliary equipment Experimental equipment of own design
  • Recommendations for the structural components of winding equipment
  • Technical and design documentation for winding equipment
  • Manufacture of winding equipment and accessories
3 Development of complex-profile, all-in-one power skeletons made from KM An integrated approach to the development process, automation of manufacturing,

Individual prototypes

  • Recommendations for calculation and manufacturing
  • Technological features of the manufacturing process
  • Documentation for auxiliary equipment
  • Prototype
  • Co-production
4 Development of technology for production of net products and aerodynamic from KM using the automated winding method Prototypes
  • Recommendations for components of auxiliary equipment
  • The main technological parameters of the manufacturing process
  • Producing a prototype
5 Development of proposals for improving the design of the wings of light aircraft during the transition to the method of automated winding Preliminary analysis
  • Proposals on the design of the main structural elements
  • Proposals for the organization of the production process
  • Prototype
6 Methods for preparing control winding programs for winding machines with a numerical control system Basics of calculation
  • Methods for calculating the movements of the working parts of the winding machine
7 Development of software for the technological process of winding complex profile elements of machines Individual software components
  • Package of applied programs
8 Development of additional software for modeling and analysis of physical and mechanical characteristics of products from CM Individual software components
  • Package of applied programs

12.06.2017

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