Republic of Armenia, Yerevan, Vardanants st. 18/ (60) (499)

Transcription

1 Republic of Armenia, Yerevan, Vardanants st. 18/ (60) (499) info@progresstech.am

2 Company Progresstech-Armenia is the leading Armenian Engineering Center based in Yerevan since The founder of the Center is: Progresstech LLC - the leading company in the Eastern Europe providing intellectual services to aerospace and aviation transport industries. 2

3 Engineering team Multinational Collaboration Experience 80% speak English / English is mandatory for all Lead Engineers Lead Stress Engineers (10+ year experience) Lead Design Engineers (10+ year experience) Stress Engineers (5+ year experience) Design Engineers (5+ year experience) Drafters (1-5 year experience) 3

4 Location Yerevan Head Office Republic of Armenia, Yerevan, Vardanants st. 18/ (60) (499) info@progresstech.am Engineering team consists of 50 designers and stress analysts. 4

5 Management system Management Tools Company Management Project Management Visual Project Control Boards Stoplight Charts X-Box Policy Deployment Continuous Improvement Improvement Events Quality Management System is ISO 9001:2008 compliant 5

6 Activity Progresstech-Armenia is providing engineering services for the 3 main Directions: Averospace Aircraft Design-Build-Test Cycle Engineering Support Automobile production Vehicle parts design and optimization Robotics Full cycle project support 6

7 Competencies in Aerospace Structure Design Concept Design Primary/Secondary/Payloads/Systems/Pylon parts, Assemblies and Installations Design (Aluminum, Steel, Titanium, Composites) Detailed Design Production and Maintenance Tooling Design 3D Modeling 2D to 3D conversion Computer Rendering & Animation Three-dimensional modeling Photorealistic rendering of the final product Manufacturing Production and Maintenance Tooling Design Static, fatigue and damage tolerance analysis for aircraft structure items with manufacturing defects Structural Stress Analysis Static, Fatigue, Damage Tolerance Analysis of structure Global and local finite element modeling for primary and secondary structures Linear analysis Internal loads and buckling analysis Non-linear analysis with an account of large displacements and material plasticity Thermoelastic analysis Weight Optimization Structural Loads Analysis Testing Support Documentation Development of drawing documentation Development Engineering/Work Documentation Development of specification 7

8 Competencies in Automotive Structure Design Structure concept Design Structure detailed Design Cost & weight optimization Design Improvements Details design for machining, bending and stamping Detailes design for casting & forging Reverse Engineering Documentation Development of drawing documentation Development Engineering/Work Documentation Development of specification 3D Modeling 2D to 3D conversion Computer Rendering & Animation Three-dimensional modeling Photorealistic rendering of the final product Manufacturing Production and Maintenance Tooling Design Shop, Production, and Post- Production engineering support 8

9 Competencies in Robotics Design of mechanical, electromechanical and pneumatic systems and components Development of the concept design Development of the conceptual and kinematics schemes according to customers statement of work Draft project Primary sketch of the project. Calculation in the first approximation. Selection of components. Working draft. Complete elaboration. Refinement of the calculations. Development of design documentation. The integration of components and assemblies to the overall project. Correction and changes (if necessary). Design of separate details and components Details design for machining, bending and stumping Details design for casting Development of work documentation Industrial design Preparation of draft design Three-dimensional modeling Photorealistic rendering of the final product Details design under sketches Preparation of components for getting prototypes by machining and subsequent casting 9

10 Participation in projects Spirit UK - Airbus (A 350) ECAR Airbus (A 320) Sukhoi SuperJet 100 Irkut MC - 21 Sukhoi SuperJet 100 Renault - AutoVAZ Structural stress analysis of construction elements Design of construction elements Stress Analysis and Design projects: Wing, Fuselage, Systems, Landing Gear Stress Analysis: Fuselage Production support, Postproduction support, SRM (Structural Repair Manual) Concept design of the new model s parts: Underbody, Upper body, Plastic details, Seats etc. Other projects of the group of companies PROGRESSTECH 10

11 Experience - Aerospace Global FEM of primary and secondary structures: linear analysis; internal loads; buckling analysis; non-linear analysis with an account of large displacements and material plasticity Wing-to-body fairing Inboard trailing edge as a part of wing structure 1st and 3d sections of leading edge 11

12 Experience - Aerospace Proof analysis: Local FEM; hand calculations 12

13 Experience - Aerospace Wing-to-Body FEM Metal structure Honeycomb composite panels 13

14 Experience - Aerospace Wing-to-Body FEM; honeycomb composite panels modeling Typical honeycomb composite panel pattern Typical ply layup 14

15 Experience - Aerospace Wing-to-body FEM Failure indexes (Hoffman criteria) strength assessment 15

16 Experience - Aerospace Fatigue analysis for wing and body sections flight segment ground segment Durability N0, flights Safety factor normative/actual with respect to safe service Regulatory safe service N, flights /

17 Experience - Aerospace Damage Tolerance analysis for wing and body sections 1. Crack Grows analysis; 2. Residual Strength analysis; 3. Determination of inspection period. 17

18 Experience - Aerospace Static, fatigue and damage tolerance analysis for airplane structure items with manufacturing defects Damage area Damage areas K t = 8,1/2,1 = 3,9 18

19 Experience - Aerospace Fuselage, Wing Structures Concept Design Primary/Secondary/Payloads/Systems/Pylon parts, Assemblies and Installations Design (Aluminum, Steel, Titanium, Composites) Detailed Design 2D to 3D conversion Production and Maintenance Tooling Design 19

20 Experience - Automotive Automotive body design (BIW) Body components design Body interiors design (IP, Hard trims & etc) Analogue parts design review & etc 20

21 Experience - Automotive Car Body Structure development Underbody, Upperbody & Openings Structures Concept Design Detailed Design Side door inner panel Trunk inner panel 21

22 Experience - Automotive Plastic parts development Bumpers Outer moldings Dashboard (IP) & interior parts Draft analysis 22

23 Experience - Automotive Casted & forged parts design Engines housings, brackets, crankshafts & etc. 23

24 Experience - Automotive Sheet metal part design Sheet metal brackets, reinforcements & etc. 24

25 Experience - Automotive Reverse engineering Creating Class-A surfaces in CATIA V5 from 3d scans 3d scan or cloud of points Receiving surfaces using Freestyle shaper & Digitized shape editor Curvature & distance Analysis 25

26 Experience - Automotive Reverse engineering Conversion from older electronic systems & paper to 3D 26

27 Experience - Heavy Engineering Designing car bodies, frames, chassis, drivelines & peripheral equipment (loaders, blades) of dozers, tractors and trucks Loaders Frames Blades, U-blades & etc 27

28 Experience - Heavy Engineering Layout scheme of backhoe loader Welding structures 28

29 Experience - Robotics Mobile automatic platforms Concept design Development of the conceptual & kinematics schemes Draft project Development of detail design & documentation. Mobile automatic platform for robotic systems (manipulators, monitoring systems, etc.) 29

30 Experience - Robotics Robotic monitor & control systems Robotic control system for monitoring environment Development of the concept design Development of the conceptual & kinematics schemes according to customers statement of work Draft project. Primary sketch of the project. Calculation in the first approximation. Selection of components. Development of detail design & documentation. 30

31 Experience - Robotics Manipulators Manipulators for automatic lines Development of the concept design & kinematic schemes according to customers statement of work. Draft project. Calculation in the first approximation. Selection of components. Detailed design. Development of product documentation & specification 31

32 Experience - Robotics Desktop CNC machines Development of the concept design Development of the conceptual and kinematics schemes according to customers statement of work Draft project. Primary sketch of the project. Development of detail design & documentation. 3 axis CNC machine for small parts milling operations 32

33 Experience - Robotics Medical Device Equipment for aesthetic medicine Air, electrical and opt mechanical applications Non-standard and laboratory equipment 33

34 Experience - Production and Maintenance Tooling Design Designing tooling for manual / automatic welding Tooling for welding of pipes 34

35 Experience - Production and Maintenance Tooling Design Tooling design for manual / automatic welding Tooling for assembly welding from sheet metal 35

36 Experience - Production and Maintenance Tooling Design Tooling design for mechanical processing Tooling for milling and drilling 36

37 Experience - Production and Maintenance Tooling Design Tooling design for assembly Tooling for bonding of composite materials 37

38 Republic of Armenia, Yerevan, Vardanants str.18 / 2 / 113 Phone: (10) (499) info@progresstech.am