Center of composite technology tupolev kazan national research technical


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Center of

Composite

Technology

CENTER OF COMPOSITE TECHNOLOGY

CENTER OF COMPOSITE TECHNOLOGY

TUPOLEV KAZAN NATIONAL RESEARCH TECHNICAL 

UNIVERSITY-KAI

Vladimir 

Vladimir 

Batrakov

Batrakov

Associate Professor, Candidate of Engineering

Associate Professor, Candidate of Engineering

Head of Process Department, Center of Composite Technology

Head of Process Department, Center of Composite Technology

RESEARCH AND DEVELOPMENT OF NEW PROCESSES OF 

RESEARCH AND DEVELOPMENT OF NEW PROCESSES OF 

REINFORCEMENT STRUCTURES MANUFACTURING AND 

REINFORCEMENT STRUCTURES MANUFACTURING AND 

COMPOSITE PARTS USING THESE STRUCTURES

COMPOSITE PARTS USING THESE STRUCTURES

Center of

Composite

Technology

TUPOLEV KAZAN NATIONAL RESEARCH 

TUPOLEV KAZAN NATIONAL RESEARCH 

TECHNICAL UNIVERSITY

TECHNICAL UNIVERSITY

-

-

KAI

KAI

Tupolev Kazan National Research Technical University was established in 1932. Till 1992 it was known as 

Kazan Aviation Institute (KAI). In 1973 it was named after outstanding aircraft designer Andrei Nikolayevich 

Tupolev.

Aircraft Manufacturing Department was established in 1934. Since 1999 the Department has been a part of 

Aviation, Surface Transport and Power Engineering that was founded the same year.

Center of

Composite

Technology

GRADUATED FROM KAI:

GRADUATED FROM KAI:

Ivan S. Silaev

5

th

Minister of 

Aircraft Industry, 

USSR

Mikhail P. 

Simonov

Lead Designer of Sukhoi

Experimental Design 

Office

Boris I. Gubanov

Lead Designer of 

“Energy” rocket

Center of

Composite

Technology

Research and Development in the area of 

Research and Development in the area of 

Composite Technology

Composite Technology

Engineering Solutions

Transfer of new processes into batch production

A wide range of materials and prototypes studies

Training (advanced training) of industrial employees

FUNCTION OF THE CENTER

FUNCTION OF THE CENTER

Development of New Technology

Center of

Composite

Technology

EDUCATION

EDUCATION

:

:

Training. Courses are as follows:



Aircraft Construction 160100;



Material Science and Technology 150100

Major – Composite Parts Design and 

Manufacturing

Advanced Training 

for employers of universities and industrial 

enterprises


Center of

Composite

Technology

EDUCATION

EDUCATION

Training. Courses are as follows:



Aircraft Construction 160100;





Material Science and Technology 150100

Major –

Composite Parts Design

and Manufacturing

Advanced Training

Center of

Composite

Technology

PERIODS OF CENTER DEVELOPMENT

PERIODS OF CENTER DEVELOPMENT

1991

– development of sound absorbing structures 

(for Kuznetsov SNTK, Samara)

2001

– working for Airbus, EADS, Diehl Aircabin GmbH

2009

– Program of National Research University Development

2010

– working for Central Aerohydrodynamic Institute, 

JSC AeroComposit, etc.

Center of

Composite

Technology

STRUCTURE OF CENTER OF 

STRUCTURE OF CENTER OF 

COMPOSITE TECHNOLOGY

COMPOSITE TECHNOLOGY

Center of

Composite

Technology

Компьютерного

моделирования

Материаловедения

Технологии КМ

Подготовки

технологической оснастки

Испытаний

Испытаний

на

на

статику

статику

и

и

удар

удар

Инновационного оборудования

Центр

Центр

Композитных

Композитных

Технологий

Технологий

Центр

Центр

Композитных

Композитных

Технологий

Технологий

Многослойных

конструкций

Трансферного формования

CCT LABORATORIES

CCT LABORATORIES

Design and Simulation

Testing

Sandwich 

Structures

Composite 

Technology

Processing Tooling 

Manufacturing

Transfer Molding 

Innovative Equipment 

CENTER 

OF COMPOSITE

TECHNOLOGY

CENTER 

OF COMPOSITE

TECHNOLOGY

Material Science

Composite 

Technology

CENTER 

OF COMPOSITE

TECHNOLOGY

Composite 

Technology

Transfer Molding 

CENTER 

OF COMPOSITE

TECHNOLOGY

Transfer Molding 

CENTER 

OF COMPOSITE

TECHNOLOGY

Sandwich 

Structures

Sandwich 

Structures

Processing Tooling 

Manufacturing

CENTER 

OF COMPOSITE

TECHNOLOGY

Center of

Composite

Technology

Компьютерного

моделирования

Материаловедения

Технологии КМ

Подготовки

технологической оснастки

Испытаний

Испытаний

на

на

статику

статику

и

и

удар

удар

Инновационного оборудования

Центр

Центр

Композитных

Композитных

Технологий

Технологий

Центр

Центр

Композитных

Композитных

Технологий

Технологий

Многослойных

конструкций

Трансферного формования

CCT LABORATORIES

CCT LABORATORIES

Design and Simulation

CENTER 

OF COMPOSITE

TECHNOLOGY

Center of

Composite

Technology

GENERAL IDEA

GENERAL IDEA





IMPLEMENTATION OF DIGITAL TECHNOLOGY

IMPLEMENTATION OF DIGITAL TECHNOLOGY

INTEGRATED DIGITAL DATABASE

Structural Analysis 

and Processes 

Simulation

Parts and 

Tooling Design

Clean Zone

working with composites, cutting, 

layup and preforms

manufacturing

Tooling 

Manufacturing

Transfer Molding

Autoclave Molding

Geometry and Quality 

Control

Material Properties

Center of

Composite

Technology

FiberSim Software

ESI Group Software

Impregnation, shaping and 

autoclave molding simulation

Cutting, layup maps generation, draping 

evaluation and operation management 

using digital software

SOFTWARE

SOFTWARE

PACKAGES INTRODUCTION

PACKAGES INTRODUCTION

Achieving new level of  development and organization of composite 

parts production processes through integrated digital environment.

Center of

Composite

Technology

Designing composite parts in FiberSIM Software

SOFTWARE APPLICATION

SOFTWARE APPLICATION



Creation of cutting pattern and layers projection on the tooling



Simulation of layerwise reinforcement material layup



Rendering of the areas with folds and cuts on reinforcement material

• Design of mating mold surface

• Obtaining initial data for calculation software (ANSYS, PAM-RTM, etc)



Center of

Composite

Technology

Part impregnation scheme

«spar to tail»

Part impregnation scheme 

«center to sides»

Macro and micro voids content in 

non-optimized scheme

PART MANUFACTURING SIMULATION IN ESI GROUP 

PART MANUFACTURING SIMULATION IN ESI GROUP 

SOFTWARE

SOFTWARE

Part impregnation scheme 

«sides to center»

Center of

Composite

Technology

Компьютерного

моделирования

Материаловедения

Технологии КМ

Подготовки

технологической оснастки

Испытаний

Испытаний

на

на

статику

статику

и

и

удар

удар

Инновационного оборудования

Центр

Центр

Композитных

Композитных

Технологий

Технологий

Центр

Центр

Композитных

Композитных

Технологий

Технологий

Многослойных

конструкций

Трансферного формования

CENTER 

OF COMPOSITE

TECHNOLOGY

CCT LABORATORIES

CCT LABORATORIES

Material Science

Center of

Composite

Technology

0

7,4



14,8

22,2


29,6

37,0


t in min

0

0,5



1,0

1,5


2,0

2,5


3,0

3,5


4,0

4,5


5,0

Eta in Pas

  

1

2



Polylite 507-574+Peroxid-2

Eta = f (t)

Polylite 507-574+18Peroxid

Eta = f (t)



MATERIAL SCIENCE LABORATORY

MATERIAL SCIENCE LABORATORY

Rheometer HAAKE RS6000 

(ThermoScientific)

DSC 204 F1 Phoenix (Netzsch)

IR Fourier Spectrometer (Bruker Tensor 27)

DMA

Study of physical and chemical properties

Center of

Composite

Technology



Type

Equipment/ Method

Standards

1.

Rheology of resins and compositions

(viscosity of compositions subject to 

temperature, shear velocity, rheokinetics of 

cure)

Dynamic rotational rheometer

2.

Cure kinetics study

(

Δ

H, cure initiation temperature, maximum 



therm temperature)

Differential scanning 

calorimeter (DSC)

ASTM D 3418

3.

Glass transition temperature

Dynamic mechanical analyzer

(DMA)

4.

Retention Modulus (E') and Loss 

Modulus (E")

, tan delta

Dynamic mechanical analyzer

(DMA)

ASTM D 4065

5.

Liquid Density

Bottle Method

ASTM D 1475

ГОСТ

15139-69

6.

Solid Density

Hydrostatic Weighing Method

ГОСТ

15139-69

ASTM D 792

7.

Water Absorption

Electronic Balance

PHYSICAL AND CHEMICAL ANALYSES OF COMPOSITES

PHYSICAL AND CHEMICAL ANALYSES OF COMPOSITES

Center of

Composite

Technology

Determination of compressibility and 

permeability of reinforcement fabric

Determination of compressibility and permeability 

of reinforcement fabric

Flow monitoring system

MATERIAL SCIENCE LABORATORY

MATERIAL SCIENCE LABORATORY

Center of

Composite

Technology

Компьютерного

моделирования

Материаловедения

Технологии КМ

Подготовки

технологической оснастки

Испытаний

Испытаний

на

на

статику

статику

и

и

удар

удар

Инновационного оборудования

Центр

Центр

Композитных

Композитных

Технологий

Технологий

Центр

Центр

Композитных

Композитных

Технологий

Технологий

Многослойных

конструкций

Трансферного формования

CENTER 

OF COMPOSITE

TECHNOLOGY

Composite 

Technology

CCT LABORATORIES

CCT LABORATORIES

Center of

Composite

Technology

Complex for cutting, layup and preforms manufacturing

Clean Zone (ISO Grade 7 & 8 )

Digital Plotter ZUND

3D Laser Projector LAP

Thermal Vacuum Press

PROCESSING LAB

PROCESSING LAB

Center of

Composite

Technology

Total area: 70 sqm. Clean zone is 

equipped with the following machinery:

Main equipment:

-Laser 3D projector – digital methods of 

layup of reinforcement materials.

- Cutter (Zünd, Switzerland) – cutting of 

reinforcement materials

«Clean zone». 

Range of purity ISO 7, 8 

Provides conditions 

required for handling 

composites

Clean Zone

PROCESSING LAB

PROCESSING LAB

Center of

Composite

Technology

PROCESSING LAB

PROCESSING LAB

Equipment for TFP preforms manufacturing

Center of

Composite

Technology

PROCESSING LAB

PROCESSING LAB

Ultra-violet curing of composite parts

Center of

Composite

Technology

Manufacturing preforms by 

circular braiding

Radial braiding and tufting machine

PROCESSING LAB

PROCESSING LAB

Center of

Composite

Technology

PROCESSING LAB

PROCESSING LAB

Complex for autoclave and press molding

Panini autoclave (Italy)

Hydraulic press

Pneumatic press

Center of

Composite

Technology

Компьютерного

моделирования

Материаловедения

Технологии КМ

Подготовки

технологической оснастки

Испытаний

Испытаний

на

на

статику

статику

и

и

удар

удар

Инновационного оборудования

Центр

Центр

Композитных

Композитных

Технологий

Технологий

Центр

Центр

Композитных

Композитных

Технологий

Технологий

Многослойных

конструкций

Трансферного формования

Transfer Molding 

CENTER 

OF COMPOSITE

TECHNOLOGY

CCT LABORATORIES

CCT LABORATORIES

Center of

Composite

Technology

TRANSFER MOLDING LAB

TRANSFER MOLDING LAB

Automated thermal 

infusion center (SAT + 

Isojet)

RTM Complex 

(Press + Wolfangel

RTM machine)

Center of

Composite

Technology

RTM and Light-infusion machine 

Wolfangel (Germany) 

(polyether resins)

Infusion machine Vacmobile

(Italy)

TRANSFER MOLDING LAB

TRANSFER MOLDING LAB

Center of

Composite

Technology

Equipment for material state-based on-line control and optimization 

of composite parts molding

TRANSFER MOLDING LAB

TRANSFER MOLDING LAB

Center of

Composite

Technology

Компьютерного

моделирования

Материаловедения

Технологии КМ

Подготовки

технологической оснастки

Испытаний

Испытаний

на

на

статику

статику

и

и

удар

удар

Инновационного оборудования

Центр

Центр

Композитных

Композитных

Технологий

Технологий

Центр

Центр

Композитных

Композитных

Технологий

Технологий

Многослойных

конструкций

Трансферного формования

CCT LABORATORIES

CCT LABORATORIES

Sandwich 

Structures

CENTER 

OF COMPOSITE

TECHNOLOGY

Center of

Composite

Technology

Designing sandwich structures with light cores; 

development and optimization of manufacturing 

technology

SYNTHESIS OF FOLDED CORES

SYNTHESIS OF FOLDED CORES

Center of

Composite

Technology

Компьютерного

моделирования

Материаловедения

Технологии КМ

Подготовки

технологической оснастки

Испытаний

Испытаний

на

на

статику

статику

и

и

удар

удар

Инновационного оборудования

Центр

Центр

Композитных

Композитных

Технологий

Технологий

Центр

Центр

Композитных

Композитных

Технологий

Технологий

Многослойных

конструкций

Трансферного формования

Innovative Equipment 

CENTER 

OF COMPOSITE

TECHNOLOGY

CCT LABORATORIES

CCT LABORATORIES

Center of

Composite

Technology

33

EQUIPMENT FOR SYNCHRONOUS FOLDING



EQUIPMENT FOR SYNCHRONOUS FOLDING

Center of

Composite

Technology

EQUIPMENT FOR CYCLIC FOLDING

EQUIPMENT FOR CYCLIC FOLDING

Development of sample equipment

Center of

Composite

Technology

Компьютерного

моделирования

Материаловедения

Технологии КМ

Подготовки

технологической оснастки

Испытаний

Испытаний

на

на

статику

статику

и

и

удар

удар

Инновационного оборудования

Центр

Центр

Композитных

Композитных

Технологий

Технологий

Центр

Центр

Композитных

Композитных

Технологий

Технологий

Многослойных

конструкций

Трансферного формования

Processing Tooling 

Manufacturing

CENTER 

OF COMPOSITE

TECHNOLOGY

CCT LABORATORIES

CCT LABORATORIES

Center of

Composite

Technology

MANUFACTURING AND CONTROL OF PROCESSING TOOLING

MANUFACTURING AND CONTROL OF PROCESSING TOOLING

Center of

Composite

Technology

Компьютерного

моделирования

Материаловедения

Технологии КМ

Подготовки

технологической оснастки

Испытаний

Испытаний

на

на

статику

статику

и

и

удар

удар

Инновационного оборудования

Центр

Центр

Композитных

Композитных

Технологий

Технологий

Центр

Центр

Композитных

Композитных

Технологий

Технологий

Многослойных

конструкций

Трансферного формования

Testing

CENTER 

OF COMPOSITE

TECHNOLOGY

CCT LABORATORIES

CCT LABORATORIES

Center of

Composite

Technology

Universal electric mechanical machine 

Instron 5882 (USA) (100 kN) 

Environmental camera



Temperature range

от

-150°

С

… +350°

С

Contact extensometers EPSILON

Tensometric Station

Tooling ASTM D-3410, D-3039, D 6641, D



7137, D-5379 ISO 1209-2 

LABORATORY OF STRENGTH AND IMPACT RESISTANCE TESTING

LABORATORY OF STRENGTH AND IMPACT RESISTANCE TESTING

LABORATORY OF STRENGTH AND IMPACT RESISTANCE TESTING

Center of

Composite

Technology

TYPES OF TESTING

TYPES OF TESTING

Ultimate Tensile Strength

σ

+



, MPa

Tensile Modulus

Е

+

, MPa



Elongation at Break

ε

, %



Poisson Ration

μ

12   

μ

21

Tensile Testing (ASTM 3039

М

, GOST 25.601-83):

At normal, high and low temperatures

Ultimate Compression Strength

σ

-



, MPa

Compression Modulus

Е

-

, MPa

Compression Testing (ASTM 3410

М

, GOST 25.602-80):

At normal, high and low temperatures

Simple Compression Testing (ASTM 

6641M) (

нестесненное сжатие

):

Center of

Composite

Technology

THREE POINT BENDING

GOST 25.604-82,  ASTM D 790 ISO 1209-2

SHORT BEAM SHEAR

GOST 25.604-82, 

РД

50-075-88, ASTM D 2344

FOUR POINT BENDING

GOST 25.604-82, ASTM D 6272, ISO 14125

IN-PLANE SHEAR

ASTM D 3518

TYPES OF TESTING

TYPES OF TESTING

Center of

Composite

Technology

Test Methods:

ASTM D-7136, ASTM D-256, ASTM D-6110

Vertical impact machine

Instron 9200 Dynatype (USA)

IMPACT RESISTANCE TESTING 

IMPACT RESISTANCE TESTING 

Center of

Composite

Technology

Pendulum impact machine (

мах

25 J)

Instron CEAST (USA)

POLYMER IMPACT ELASTICITY TESTING

POLYMER IMPACT ELASTICITY TESTING

Izod and Charpy

impact  tests:

ASTM D-256, 

ASTM D-6110, 

ISO 179, 180 

Instrumented pendulums for 

resins and polymers testing up 

to 5 kN

Center of

Composite

Technology

NON

NON

-

-

DESTRUCTIVE TESTING OF COMPOSITES

DESTRUCTIVE TESTING OF COMPOSITES

Ultrasound crack detector Omniscan MX2

Manual scanner

A set of ultrasound sensors on  phase-

locked array 64 elements 3,5 and 5 MHz

Center of

Composite

Technology

WORK EXPERIENCE

WORK EXPERIENCE

with domestic and foreign Customers

with domestic and foreign Customers

Center of

Composite

Technology

1.

1.

AIRBUS  SAS (Toulouse, France

AIRBUS  SAS (Toulouse, France

)

)

since

since

2001

2001

2.

2.

EADS (

EADS (

Munchen

Munchen

,

,

Germany

Germany

)

)

since

since

2006

2006

3.

3.

Diehl 

Diehl 

Aircabin

Aircabin

GmbH (Germany

GmbH (Germany

) 2010

) 2010

4.

4.

VIAM (All

VIAM (All

-

-

russian

russian

Scientific Research 

Scientific Research 

Institute of Aviation Materials) (Moscow, 

Institute of Aviation Materials) (Moscow, 

Russia

Russia

)

)

2005, 200

2005, 200

7

7

5.

5.

OJSC KAMAZ

OJSC KAMAZ

2010

2010

-

-

2012

2012

6.

6.

CJSC AVIASTAR

CJSC AVIASTAR

-

-

SP 

SP 

(

(

Ulyanovsk

Ulyanovsk

)

)

since 

since 

2008

2008

7.

7.

CJSC INUMIT 

CJSC INUMIT 

(

(

Moscow

Moscow





since 2009

since 2009

8.

8.

JSC

JSC

NPP Rubin

NPP Rubin

(

(

Penza

Penza

) 2010

) 2010

9.

9.

JSC

JSC

Aviadvigatel

Aviadvigatel

(

(

Perm

Perm

) 2010

) 2010

10.

10.

Central 

Central 

Aerohydrodynamic

Aerohydrodynamic

Institute

Institute

(

(

Zhukovskiy

Zhukovskiy

)

)

since 

since 

2010

2010

11.

11.

CJSC 

CJSC 

AeroComposit

AeroComposit

(

(

Moscow

Moscow





since

since

2011

2011

12.

12.

JSC

JSC

Kazan Helicopters (Kazan)

Kazan Helicopters (Kazan)

since 2012

since 2012

13.

13.

JSC NPO Saturn

JSC NPO Saturn

(

(

Rybinsk

Rybinsk





since 2012

since 2012

We are cooperating in the field of research and development 

with leading domestic and foreign companies from aircraft 

industry

WORK EXPERIENCE

WORK EXPERIENCE

Center of

Composite

Technology

WORKING FOR AIRBUS SAS

WORKING FOR AIRBUS SAS

«

«

FOLDED CORES

FOLDED CORES

»

»

CONTRACT

CONTRACT

Center of

Composite

Technology

DEVELOPMENT OF FOLDED CORE MANUFACTURING 

DEVELOPMENT OF FOLDED CORE MANUFACTURING 

TECHNOLOGY

TECHNOLOGY

Center of

Composite

Technology

Development of structure and method of 

synchronous manufacturing of Nomex

folded core with single curvature for 

fuselage panels.

VESCO Project (Airbus GIE (Germany))

AIRBUS  SAS

AIRBUS  SAS

,  

,  

EADS

EADS





Diehl 

Diehl 

Aircabin

Aircabin

GmbH 

GmbH 

VESCO PROJECT

VESCO PROJECT

Center of

Composite

Technology

DETERMINATION OF STRENGTH, IMPACT RESISTANCE AND 

DETERMINATION OF STRENGTH, IMPACT RESISTANCE AND 

DURABILITY OF SANDWICH PANELS

DURABILITY OF SANDWICH PANELS

Center of

Composite

Technology

Full-size testing sample

VeSCo2 (Germany)

Test Facility (IMA Dresden)

FULL

FULL

-

-

SIZE PANELS TESTING

SIZE PANELS TESTING

Center of

Composite

Technology

WORKING WITH DOMESTIC CUSTOMERS

WORKING WITH DOMESTIC CUSTOMERS

Center of

Composite

Technology

DEVELOPMENT OF CORES FOR ACOUSTIC PANELS FROM 

DEVELOPMENT OF CORES FOR ACOUSTIC PANELS FROM 

AIR

AIR

-

-

PERMEABLE MATERIALS AND THERMOPLASTIC 

PERMEABLE MATERIALS AND THERMOPLASTIC 

COMPOSITES

COMPOSITES

Center of

Composite

Technology

OPTIMIZATION OF AUTOCLAVE MOLDING MODES AND STUDY OF 

OPTIMIZATION OF AUTOCLAVE MOLDING MODES AND STUDY OF 

NEW POLYMER COMPOSITES

NEW POLYMER COMPOSITES

ИНУМИТ ЗАО

,

(

МГУ



Москва

0

100



200

300


400

500


600

700


800

900


1000

1100


0.000

0.002


0.004

0.006


0.008

0.010


0.012

0.014


Нап

р

яж



ен

и

е



 пр

и

 ра



ст

я

ж



е

н

и



и

 (MP


a

)

Осевая деформация (Видео) (mm/mm)



Center of

Composite

Technology

Spoiler - RTM

Customer - AeroComposit

Spoiler with integral 

racks

Passed static and fatigue testing

Impregnation scheme 

simulation

DEVELOPMENT OF PROCESSES FOR INTEGRAL 

DEVELOPMENT OF PROCESSES FOR INTEGRAL 

AIRCRAFT PARTS MANUFACTURING

AIRCRAFT PARTS MANUFACTURING

Center of

Composite

Technology

SPOILERS MANUFACTERED IN CCT

SPOILERS MANUFACTERED IN CCT

Center of

Composite

Technology

CONCEPTS OF INTEGRAL STRUCTURES

CONCEPTS OF INTEGRAL STRUCTURES

ФГУП

ФГУП

ЦАГИ

ЦАГИ

ОАО

ОАО

«

«

Авиадвигатель

Авиадвигатель

»

»

Center of

Composite

Technology

ANSAT helicopter with 

composite tail rotor fairing 

manufactured by CCT

MAKS-2013 exhibition

DEVELOPMENT OF AIRCRAFT PARTS AND POLYMER 

DEVELOPMENT OF AIRCRAFT PARTS AND POLYMER 

TOOLING MANUFACTURING PROCESSES

TOOLING MANUFACTURING PROCESSES

Center of

Composite

Technology

TECHNOLOGY FOR AIRCRAFT ENGINE COMPOSITE PARTS 

TECHNOLOGY FOR AIRCRAFT ENGINE COMPOSITE PARTS 

MANUFACTURING 

MANUFACTURING 

SATURN R&D production facility (Rybinsk, Russia)

Center of

Composite

Technology

DEVELOPMENT OF PROCESSES FOR LARGE 

DEVELOPMENT OF PROCESSES FOR LARGE 

COMPOSITE PANELS PRODUCTION

COMPOSITE PANELS PRODUCTION

Infusion and Light-RTM for large composite automobile parts production

Stages of Light-RTM manufacturing process

Infusion impregnation

Center of

Composite

Technology

Assembly of pilot batch of cabs, KAMAZ

DEVELOPMENT OF PROCESSES FOR LARGE 

DEVELOPMENT OF PROCESSES FOR LARGE 

COMPOSITE PANELS PRODUCTION

COMPOSITE PANELS PRODUCTION

Center of

Composite

Technology

DESIGN OF AIRCRAFT HOLDING FRAME

DESIGN OF AIRCRAFT HOLDING FRAME

Customer – JSC AVIASTAR-SP

Center of

Composite

Technology

DEVELOPMENT OF NEW SOUND ABSORBING AND SOUND 

DEVELOPMENT OF NEW SOUND ABSORBING AND SOUND 

INSULATING FOLDED CORE FOR AIRCRAFT SANDWICH PANELS

INSULATING FOLDED CORE FOR AIRCRAFT SANDWICH PANELS

Samples of sound absorbing structures and equipment 

for acoustic properties study (Kundt’s pipe)

Center of

Composite

Technology

SIMULATION AND EXPERIMENTAL TESTING OF SANDWICH 

SIMULATION AND EXPERIMENTAL TESTING OF SANDWICH 

STRUCTURES DESTRUCTION MECHANISMS

STRUCTURES DESTRUCTION MECHANISMS

Simulation in ANSYS\LS-DYNA Software

Center of

Composite

Technology

DEVELOPMENT OF COMPOSITE ANTI

DEVELOPMENT OF COMPOSITE ANTI

-

-

MINE 

MINE 

PROTECTION BASED ON FOLDED ENERGY ABSORBING 

PROTECTION BASED ON FOLDED ENERGY ABSORBING 

PANELS

PANELS

S2

S1

S1

= 4 ÷10

S2

Area ratio

Multilayer folded 

panel 

Target: weight reduction of armoured vehicle due to 

application of authentic structure and new materials

Center of

Composite

Technology

ADDRESS:

TUPOLEV KNRTU

TUPOLEV KNRTU

-

-

KAI

KAI

K. Marx St., 10

K. Marx St., 10

420111 

420111 

Kazan

Kazan

Russia

Russia

THANK YOU FOR YOUR ATTENTION!

THANK YOU FOR YOUR ATTENTION!

CONTACT:

CONTACT:

Head of Aircraft Manufacturing Department

Head of Aircraft Manufacturing Department

Professor 

Professor 

Valentin

Valentin





Khaliulin

Khaliulin

,

,

Doctor of Engineering

Doctor of Engineering

Tel/Fax:

Tel/Fax:

(843)

(843)

-

-

236

236

-

-

64

64

-

-

94, 

94, 

Tel :

Tel :

236

236

-

-

52

52

-

-

42

42

E

E

-

-

mail: 

mail: 

pla.kai@mail.ru

pla.kai@mail.ru

www.kai

www.kai



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