SUMMARY: BRAZIL INDUSTRY/AGENCIES BRAZIL ACADEMIA SWEDEN...

SUMMARY:

BRAZIL – INDUSTRY/AGENCIES

BRAZIL – ACADEMIA

SWEDEN – INDUSTRY/AGENCIES

SWEDEN – ACADEMIA

PROJECT 1

Company/Institution:: AEL Sistemas

Theme:Wide Area Display - WAD

Coordenator:Saul Benck (PM)/João Vilela (BD)

Partnership:Saab AB Opportunity/Priority:Human Machine Interface (HMI) software for panoramic displays

Main Contact:João Vilela

Phone:051992671736

Email:[email protected]

Extra Information: AEL experience in HMI software development for panoramic displays indicates that this area is a key point for the project success.

Scope: AEL will provide the Wide Area Display (WAD), the Head-Up Display (HUD) and the

Helmet Mounted Display (HMD) for the Brazilian Gripen NG. The WAD is a single

intelligent and full-redundant multi-purpose large-screen (19 x 8 in) display system, full-

colour and high-resolution with continuous image presentation, allowing resizing and setup

of screens through touchscreen technology combined with HOTAS capability. It is the

primary source of all flight and mission information in the cockpit.

PROJECT 1

Company/Institution:: AKAER GROUP Theme:ADDICTIVE MANUFACTURE

Coordenator:Joselito R. Henriques

Partnership:BR: ISI LASER; SE: SWEREA Opportunity/Priority:Additive Manufacturing; Fatigue, Damage tolerance, structural integrity and certification, Numerical analysis of parts, Main Contact:Joselito R. Henriques

Phone:+55 12 2139-1124


Extra Information:

Scope: For the aerospace industry, the additive manufacturing is a field of great interest, particularly

given the benefit that this technology can introduce to the sector. The aim of this project is to

create procedures for producing titanium, nickel or aluminum alloys lightweight parts for

aerospace industry by metal additive manufacturing, certifying and controlling the part quality

in terms of process simulation, monitoring and reliability, distortion, residual stresses and

mechanical properties.

PROJECT 2

Company/Institution:: AKAER GROUP Theme:Flexible tooling for manufacturing and assembly of aerostructures Coordenator:Jesús Martín Ruiz Partnership:BR: ISI Automation; SE: SWEREA Opportunity/Priority:Development of Flexible tooling for manufacturing and assembly

of Aerostructure Main Contact:Jesús Martín Ruiz

Phone:55 12 2139-1317


Extra Information:

Scope: This Project aims at developing an automatic assembly tooling which enables flexibility in

aero structure assemblies with as little human intervention as possible.

Tooling plays a key role in the manufacturing and assembly of aerostructures. It is widely

applied around the world to support the production of single components or large assemblies.

The development of flexible and cost-effective tooling to meet the aerospace requirements is

still a challenge. The main goal is to create a consortium to develop and implement projects

targeting cost-efficient flexible tooling for aerostructures manufacturing.

PROJECT 1

Company/Institution: Saab Theme:Gripen NG Brazil

Coordenator:Alireza Kazemzadeh

Partnership:Saab Opportunity/Priority:Technical research and knowhow transfer on virtual models

Main Contact:Valdir Mendes Cardoso Phone:+55 11 96793 5988


Extra Information:

Radar cross section Antenna placement Structural Optimization Multiscale modeling

Scope: Altair provide to Saab and Embraer, CAE software for radar cross section analyses, Cloud computing, structural optimization, etc.

PROJECT 1

Company/Institution: Amtech Tecnologia Ind. Com. Ltda. Theme:Turn-key project Coordenator:Mario Silva Partnership:Swedish

Opportunity/Priority:Partners

Main Contact:Mario Silva

Phone:005512-99711-3100


Extra Information:

Scope:

Turn-key for tools for machining and assembly. Development of prototypes.

PROJECT 1

Company/Institution: APS AIRCRAFT PROPELLER SERVIÇOS AERONÁUTICOS

Theme:NDT SERVICES

Coordenator:FABIO RENATO ROSSI DO NASCIMENTO Partnership:BRAZILIAN

Opportunity/Priority:OPPORTUNITIES

Main Contact:FABIO RENATO ROSSI DO NASCIMENTO

Phone:+55 11 2119 7346


Extra Information:

Scope: APS Brazil is ANAC approved facility to perform NDT services for third parties, issuing segvoo003 for the inspections done. aps has brand new equipments and a level III NDT

inspector for all the process below: - ultrasonic inspection - eddy current - particle magnetic inspection - penetrant inspection.

PROJECT 2


LTDA

Theme:COMPONENTS AND AIRCRAFT PAINTING Coordenator:FABIO RENATO ROSSI DO NASCIMENTO

Partnership:BRAZILIAN



Phone:+55 11 2119 7346


Extra Information:

Scope: APS is an ANAC approved facility to perform painting, being able to issue SEGVOO003 for the painting services performed. all the painting equipments aps has is brand new and aps has painters trained by vendor/OEM to perform components and aircraft painting.

PROJECT 3


LTDA

Theme:FLAME SPRAY (METALLIZATION) Coordenator:FABIO RENATO ROSSI DO NASCIMENTO




Phone:+55 11 2119 7346


Extra Information:

Scope: APS Brazil is approved by ANAC to perform the special process flame spray (metallization). aps has people trained and proper facilities to perform this special process that is not so common in brazil on the MRO facilities around here.

PROJECT 1

Company/Institution: National Council for Scientific and Technological Development - CNPq Theme:FLAME SPRAY (METALLIZATION)

Coordenator: Mario Neto Borges

Partnership:BRAZILIAN Opportunity/Priority:OPPORTUNITIES Main Contact: Mario Neto Borges

Phone:+ 55 61 3211-4000 Email: [email protected]

Scope: The National Council for Scientific and Technological Development - CNPq, an agency of

the Ministry of Science, Technology, Innovations and Communications - MCTIC, has as main attributions to foment scientific and technological research and encourage the training of Brazilian researchers.

PROJECT 1

Company/Institution: EMBRAPII - Brazilian Agency for Industrial Research and

Innovation Theme: industrial innovation

Coordenator: CARLOS EDUARDO PEREIRA


Opportunity/Priority:OPPORTUNITIES Main Contact: CARLOS EDUARDO PEREIRA Phone:+55 61 37721000 Email: [email protected]

Extra Information:

www.embrapii.org.br

Scope: EMBRAPII – the Brazilian Agency for Industrial Research and Innovation is a Social Organization connected to the Ministry of Science, Technology, Innovations and Communications and to the Ministry of Education. EMBRAPII´s Management EMBRAPII’s operating model enables quickness, flexibility and reduced risk in supporting companies’ RD&I projects. It operates through cooperation with public or private technological and scientific research institutions, that are accredited as EMBRAPII Units.

PROJECT 1

Company/Institution: FAUTEC - Ferramentaria Automação e Usinagem Ltda.

Theme: Brazilian Space Program Coordenator:Genésio Duarte

Partnership:DCTA-IAE

Opportunity/Priority: VSB 30 / 31 Rockets.

Main Contact:

Phone:

Email:

Extra Information:

Scope: The project of the Brazilian Space Program was developed with DCTA, where in this partnership it initiated the development and the manufacture of the engines and other components of the VLS.

PROJECT 2

Company/Institution: Fautec - Ferramentaria Automação e Usinagem Ltda.

Theme: Embraer E-Jets E2

Coordenator: Everton Almeida Partnership:EMBRAER

Opportunity/Priority: Embraer E-Jets E2

Main Contact:

Phone:

Email:

Extra Information:

Scope: In the year 2015, 2,000 tools were developed in partnership with EMBRAER to manufacture the E-Jets E2 line.

PROJECT 1

Company/Institution: FIGWAL TRANSPORTES INTERNACIONAIS LTDA

Theme:THE FLYING VIDFAMNE

Coordenator:ANA MARIA RENÓ MINUCCI

Partnership:UNDER DEVELOPMENT

Opportunity/Priority:THE TRIPLE HELIX CONCEPT Main Contact:ANA MARIA RENÓ MINUCCI

Phone:(12) 3946-1500


Extra Information:

The application of the triple helix concept (the chain of opportunities)

Scope: There is a potential “mid-market” between ships and aircrafts, the only two means of

transoceanic cargo transport. Aircrafts have speed with high cost and ships have low cost

with long transit time. The Flying Vidfamne concept addresses this gap in terms of speed

and cost. It is the blend of sea and air travel with operating efficiency (44% better than any

modern aircrafts) at speeds of up to 460 km/hour, while carrying 1270 tons of cargo which

is 5 times bigger than the biggest cargo airplane – The Russian-Ukranian – ANTONOV –

AN-225. It all thanks to the aerodynamic principle known as the “GROUND EFFECT”:

the compressed air (cushion) between the airplane´s wing and the ground. It can fly over

water, sand, snow and land. It will fly 6m up to 6000m high above the water surface. Low

cost of investment due to the already available technology, turboprop engines and

unpressurized payload. Also cheap maintenance infrastructure because it can use any naval

port or shore as bases of operation. An innovative technology waiting to be unleashed.

PROJECT 1

Company/Institution: PAMA GL

Theme:REMOVAL/INSTALATION C130 APU 6 MANUAL AXES

Coordenator:ALEXANDRE MARQUES COSTA


Opportunity/Priority:PAMA GL

Main Contact:ALEXANDRE MARQUES COSTA Phone:5511 984259946


Extra Information:

Scope: Equipment developed by Grecco Tecnica for installation and removal of the C-130 APU FAB aircraft , which allows movement mechanically in six axes, and it can be transported

in air crafts for external maintenance. Another project is a development of an eletrostactical discharger for aircrafts, tested and approved according to Nº MIL-DTL-9129E.

PROJECT 2

Company/Institution: CELOG SP

Theme:ELETROSTATIC DISCHARGER

Coordenator:ALEXANDRE M COSTA


Opportunity/Priority:CELOG SP

Main Contact:ALEXANDRE M COSTA Phone:5511 984259946


Extra Information: The device is installed at the critical points of accumulation of loads, they were tested according to the mil standard of C130 and FAB C 115 aircrafts, but these parts can be addopted to other models of civil and military aircrafts.

Scope: Device used in all aircraft for the purpose of unloading the electrical charges of the fuselage of the aircraft in a smooth and non-sparking way, avoiding the interference in the electronic systems. it is composed and prepared with a flexible material.

PROJECT 1

Company/Institution: Instituto Nacional de Telecomunicações Theme: Automatic Dependent Surveillance System Including Ads-B Capacity and

Multilateration Coordenator:Carlos Augusto Rocha

Partnership:Fundação Aplicações de Tecnologias Críticas Opportunity/Priority:R&D Projects Main Contact:Carlos Augusto Rocha

Phone:55 35 3471 9388


Extra Information:

Scope: Development of the ground segment of Automatic Dependent Surveillance System for the

Control and Management of Air Traffic in the air and in soil. The project covers sensing

through ADS-B (Automatic Dependable Surveillance - Broadcast) and Multilateration. The

two sensing means are integrated in a network provided with a main server, constituting an

integrated information. The project consists of the prototype development of the systems

receiving information sent by the aircraft, the signal processing system and information

including servers, as well as the connection to the communication network for integration

to the Data Visualization and Processing System (STVD) Its integration into the traffic

control and airport operations system.

PROJECT 2

Company/Institution: Instituto Nacional de Telecomunicações - Inatel Theme:Consulting in Installation of Antennas in Compositórios

Coordenator:Marcelo Carneiro de Paiva Partnership:EMBRAER S.A

Opportunity/Priority:R&D Projects

Main Contact:Carlos Augusto Rocha Phone:55 35 3471 9388


Extra Information:

Scope: Antennas prototypes installed in composites and measures report, confirming simulated

outcomes and technology viability, for products applying.

PROJECT 1

Company/Institution: INBRA AEROSPACE Theme:Development of advanced composed materials with thin metal sheet interface for aeronautical applications Coordenator:Evandro Benedetti

Partnership:UFABC Opportunity/Priority:Yes

Main Contact:Evandro Benedetti Phone:+551121488693


Extra Information:

Scope: The study aims to develop new composite material solutions through thin metal sheet

insertion in the composite matrix layers. The metal interface between the metal and the

resin shall be characterized in order to garantee enhancements in the material mechanical properties, such as better damage tolerance, corrosion resistence and lower specific weight.

PROJECT 1

Company/Institution: KONATUS Theme:Integrated Vehicle Health Management (IVHM) and Human Factors Analysis based on Big Data Coordenator:Guilherme Conceição Rocha

Partnership:ITA, Linköping University, UFMG, SAAB Opportunity/Priority:Integrated Vehicle Health Management (IVHM) and Human Factors Analysis Main Contact:Guilherme Conceição Rocha

Phone:+ 55 12 3911 5801


Extra Information:

Scope: This project adapts and develops solutions for Integrated Health Vehicle Health

Management and for Human Factor Analysis relevant to a digital future of Aeronautics. To

handle the increased complexity of aircraft systems, it seeks to develop systematic and

integrated approaches for fault diagnosis design and analysis while investigating

opportunities to make use of service data to expand service capabilities. Moreover, with

increased autonomy of aircraft, it also looks into the interaction between pilot and aircraft,

sensor technologies for operator assessment, training and certification. The project is

carried out with relevant industrial and academic partners in Sweden and Brazil and has a

long-term objective to establish a collaboration platform between the actors; a number of

activities such as joint workshops are dedicated towards this goal. The consortium presents

good complementarities and diversity in terms of industry segment (commercial/military

aviation) and research areas, leveraging the possibilities for impact and exchange of

knowledge and practices. Therefore, the overall objective of this project is to gather,

process and use the big amount data coming from executed flight to: 1. Enhance aircraft

fault diagnosis and anomaly detection capabilities; 2. Analyze the human factors related to

pilot´s performance. The adequate utilization of the big data available will (1) promote the

improvement of fault diagnosis and anomaly detection in the aircraft´ equipment and (2)

orientate the training process of pilots based upon their performance data. Both initiatives

sum up to render safer aeronautics systems.

PROJECT 1

Company/Institution: Legado Usinagem Theme:Machine for cutting, drilling and machining wind turbine blades

Coordenator:Renato Duarte Partnership:Private and public companies involved in cooperation

Opportunity/Priority:Private and public companies involved in cooperation

Main Contact:Renato Duarte Phone:55 12 3308-0004/0006 – Cel: 55 12 99186-5393


Extra Information:

Scope: The Legado Usinagem’s CEF 1701 machine has the capability to cut, face and drill wind

turbine blades with tenths of millimeters precision, thus aiming at an adequate positioning of the blade in relation to the hub. With low operating cost the CEF1701 machine is able to

meet three blade models with a simple setup. The designs are tailored according to the needs of our customers.

PROJECT 2

Company/Institution: Legado Usinagem Theme:Rocket Engine Casing and Winglets

Coordenator:Renato Duarte

Partnership:Brazilian Aerospace Agency Opportunity/Priority:Private and public companies involved in cooperation



Extra Information:

Scope: Legado Usinagem is part of the Brazilian Aerospace Program, manufacturing parts for rockets and supporting new projects. Our main products are VSB30 Rocket Engine Casing and Winglets.

PROJECT 3

Company/Institution: Legado Usinagem Theme:Design and manufacture of aeronautical tooling

Coordenator:Renato Duarte Partnership:Embraer, MTorres, Electroimpact Opportunity/Priority:Private and public companies involved in cooperation



Extra Information:

Scope: Legado Usinagem is serving the Aeronautical market since 2003, designing and manufacturing tools and devices for assembly, inspection, welding, machining and drilling jigs in 5 axis up to 3000mm. Our main customers are Embraer, Electroimpact and Mtorres.

PROJECT 1

Company/Institution: Lever Tech - Tecnologia Sustentável Ltda. Theme:JaguarDefense Coordenator:Helder Gaudêncio

Partnership:Lever Tech; Clavister, Phenix ID Opportunity/Priority:Develop security solutions for remote entities coneccted to the

Internet. Simplify the adoption of security best practices. Main Contact:Helder Gaudêncio

Phone:+5561 3366-5367


Extra Information:

Scope:

Security services applied from the cloud over secure tunnels to any remote location.

PROJECT 2

Company/Institution: Lever Tech - Tecnologia Sustentável Ltda.

Theme:IOT Autonomous Operator

Coordenator:Helder Gaudêncio

Partnership:Lever Tech; Clavister AB; Tannak AB;

Opportunity/Priority:Implement IOT operator

Main Contact:Helder Gaudêncio Phone:+5561 3366-5367


Extra Information:

Scope: IOT end-to-end device communications using LoRa for hard to reach places (forests, oceans, ect.); where there is no electricity and telecommunications.

PROJECT 3

Company/Institution: Lever Tech - Tecnologia Sustentável Ltda. Theme:IOT Sensors Coordenator:Helder Gaudêncio Partnership:Lever Tech; Clavister AB; Tannak AB; Opportunity/Priority:Develop IOT sensors and actuators for multiple applications

Main Contact:Helder Gaudêncio Phone:+5561 3366-5367


Extra Information:

Scope: IOT Sensors and actuators development for multiple applications such as: telemetry, tracking and strategic information transfer.

PROJECT 1

Company/Institution: INDUSTRIA MECANICA MARCATTO LTDA

Theme:Tooling

Coordenator:Vasco Marcato

Partnership:Swedish

Opportunity/Priority:Tooling Main Contact:Vasco Marcato

Phone:+551147616202


Extra Information: All kind of toolings

Scope:

Work in cooperation with Swedish company to provide tooling for projects.

PROJECT 1

Company/Institution:: Abrasivos Montagna Ltda

Theme:Abrasive Tools Coordenator:Cesar

Partnership:Brazilian

Opportunity/Priority:Abrasive tools

Main Contact:Cesar Montagna

Phone:11-3855.5500 Email:[email protected]

Extra Information:

To supply abrasive tools.

Scope: To develop abrasive tools according to the needs of special and standard abrasive process applied to aerospace industries, using the 3M abrasive technologies.

PROJECT 1

Company/Institution: Novaer Craft Empreendimentos Aeronauticos

Theme:Optimization of Carbon parts in Aircraft application

Coordenator:Heitor Serra Partnership:none

Opportunity/Priority:see above

Main Contact:Heitor Serra Phone:12 39326726


Extra Information:

Scope: Optimization of Carbon technology to Aircraft critical parts. Increasing the contente of carbono in aircraft parts, New tooling concept for toolings considering carbono high contente aircraft.

PROJECT 1

Company/Institution: OSG SULAMERICANA DE FERRAMENTAS LTDA

Theme:AEROSPACE PROJECT Coordenator:GUSTAVO ROBERTO DOS SANTOS

Partnership:EMBRAER

Opportunity/Priority:.

Main Contact:GUSTAVO

Phone:5516993175589


Extra Information:

Scope: Aerospace project was created to meet the needs of the aerospace industries in cutting tool solutions and know-how for process improvements with technology, quality and precision.

PROJECT 1

Company/Institution: Brazilian Army

Theme:TPP-1400 Coordenator:Connector Manufacture or designed

Partnership:Brazilian Partners

Opportunity/Priority:Antenna, connectors and harnesses

Main Contact:Alan Cepinho Phone:(12) 3221-8513


Extra Information:

www.rosenberger.de

Scope:

Connector designed for the radio.

PROJECT 1

Company/Institution: SAAB

Theme:SUPPLIER DEVELOPMENT

Coordenator:Heléne Berg

Partnership:SAAB

Opportunity/Priority:GRIPEN - SAAB Main Contact:EDUARDO ALMEIDA

Phone:(12) 39543991


Extra Information: Development of supplier for surface treatment of metals in parts used in aerospace projects.

Scope:

Supplier development for surface treatment of metals in aerospace parts.

PROJECT 1

Company/Institution: THYSSENKRUPP AUTOMATA

Theme:supply chain management

Coordenator:FABIO CRUZ

Partnership:THYSSENKRUPP AUTOMATA, SAAB Opportunity/Priority:TBD

Main Contact:FABIO CRUZ

Phone:+551236272300


Extra Information:

Scope: Mettalic raw materials distribution to SAAB subcontractors (machining and sheet metal forming shops), supply chain management, logistic coordination and consolidation.

PROJECT 1

Company/Institution: VASCOM AVIÔNICOS LTDA. Theme:ACRYLIC PANEL

Coordenator:Vasco Marques

Partnership:Brazilian Opportunity/Priority:NA

Main Contact:Vasco Marques

Phone:55-21-25958568


Extra Information:

Works with Vascom partners.

Scope:

Assembly of Acrylic Panel for aircraft.

PROJECT 1

Company/Institution: WDF Aviation Services

Theme:Implementation of MRO engine Shop Coordenator:Dilson Wollmann

Partnership:none

Opportunity/Priority:none

Main Contact:Nestor Aguiar

Phone:+5512981898768


Extra Information:

Scope: Engine Repair Shop and Line Maintenance for: CFM56-3, CFM56-7, PW100- SERIES, Turbomeca Arriel, GE CF6-50, GE CF6-80, RB211-535, JT8D-SERIES. Borescope Inspection, Boreblend Repair, NDT Inspections and Aeronautical Consulting.

PROJECT 1

Company/Institution: Sao Carlos Engineering School University of Sao Paulo SAA Theme:Advanced configuration for noise reduction Coordenator:Fernando Martini Catalano Partnership:EMBRAER/FINEP/FIPAI Opportunity/Priority:Experimental and numerial aeroacoustics noise

reductiontechnologies Main Contact:Fernando Martini Catalano Phone:1633739430


Extra Information: Project financed by FINEP (Inovaaerodefesa program) and EMBRAER to improve aircraft external noise. development of noise reduction technologies up to TRL 5

Scope: The project aims to analysis and design tools for installation of the motor noise modeling,

and propose and evaluate design solutions to platform noise reduction (airframe) and its

interaction with the engine installed Evaluation of airframe noise improvements;

Improvements in numerical modeling of airframe noise; Minimizing the risk of non-

compliance with certification levels of external noise Maturity increase in the hyper-

sustaining system design, landing gear and other aerodynamic surfaces.

PROJECT 2

Company/Institution: Sao Carlos Engineering School USP Dept. of Aeronautical Engineering Theme:Development of improved solutions, through aeroacoustic tunnel tests, for the

problem of external noise in aircraft Coordenator:Fernando Martini Catalano

Partnership:EMBRAER/FINEP/FIPAI Opportunity/Priority:airframe, fan and jet noise both experimental and numerical Main Contact:Fernando Martini Catalano Phone:1633739430


Extra Information: Project financied by FINEP (CTAero) and EMBRAER with the coordenation of EESC-USP and the participation of UFSC, POLI-USP, UFU

Scope: R&D of improved solutions to the problem of aircraft external noise, ensuring the capability

for aircraft development and certification to comply with current and future legislation, without

penalizing direct operating cost (DOC). To group an academic and technical team that has been

involved with problems of aerodynamics and acoustics, proposing solutions to aircraft external

noise reductions. It intends to deepen the knowledge in the area of aeroacoustics with

numerical, experimental and analytical approaches.

PROJECT 3

Company/Institution: Sao Carlos Engineering School USP Dept. of Aeronautical Engineering Theme:Experimental Aeroacoustics of nose landing gear Coordenator:Fernando Martini Catalano

Partnership:BOEING do Brasil and FUSP Opportunity/Priority:nose landing gear aerodynamics and aeroacoustics Main Contact:Fernando Martini Catalano Phone:1633739430


Extra Information:

Scope: This project contemplates the collaborative efforts between the Aeronautical Engineering

Department of the Sao Carlos School of Engineering (SAA-EESC-USP) aims at using aeroacoustic and aerodynamic testing in a hard wall wind tunnel to find noise sources from

a Nose Landing Gear (NLG) and propose and testing noise reduction technologies (NRT)

PROJECT 1

Company/Institution: Theme:System of systems conception for strategic defense programs. Coordenator:Andrea Silva Hemerly Partnership:

Opportunity/Priority: Main Contact:Andrea Silva Hemerly

Phone:+55 11 3040-7300


Extra Information: CASE: BLUE AMAZON MANAGEMENT SYSTEM – SisGAAz – for Brazilian Navy. For monitoring Brazilian Jurisdictional Waters and international areas of responsibility, increase the capacity to respond to threats, emergencies and environmental disasters. Registered as Strategic Defense Product at Brazilian MoD.

Scope: The service consists of high level architecture specification including analysis of operational scenarios, requirements elicitation, technology roadmap to support systems evolution, technology transfer planning and management support in programs execution.

PROJECT 2

Company/Institution: Theme:Systems Engineering Management for intelligent weapon development. Coordenator:Andrea Silva Hemerly Partnership:

Opportunity/Priority: Main Contact:Andrea Silva Hemerly

Phone:+55 11 3040-7300


Extra Information: CASE: Anti-Ship Missile – MANSUP – for Brazilian Navy. Ezute´s role: responsible for the technical complimentary management including scope, requirements consistency, risk, schedule, integration and control of documents. This product is registered as Strategic Defense Product at Brazilian MoD.

Scope: The service consists of a set of activities organized as a complementary management to

support the development cycle of intelligent weapons programs. The activities includes

consolidation and management of project requirements and systems/subsystems interfaces

to guarantee the integration of different modules. The services includes support to several

qualification and test activities to guarantee the specified performance, reliability,

robustness and system readiness levels.

PROJECT 1

Company/Institution: Centro Universitário FEI Theme:Public procurement of innovation in the Brazilian Armed Forces: an study of the

impact of strategic projects on the local industry Coordenator:Juliana Bonomi Santos de Campos

Partnership:CNPq and Ministry of Defense Opportunity/Priority:1) focus on the benefits of different types of offset agreements; 2) the process of generating spinoffs Main Contact:Juliana Bonomi Santos de Campos

Phone:11 3274-5200 Email:[email protected]

Extra Information:

Scope: The development of the national defence industry is one of the main goals of the National

Defence Strategy because the country needs to achieve auto sufficiency in technologies,

products and services that are vital to the Defence sector and to its own economic

development. In order to reach this objective, the government needs to stimulate the

creation of innovation, the development of dual technologies, the improvement of

suppliers´ operational capabilities, and the participation of local companies in new national

and international markets. The procurement of new technologies by the Brazilian Armed

Forces, which involves the specification and joint development between the Forces and

their suppliers of new technologies, products and services, can certainly help in this sense.

However, while we understand relatively well how and why this type of procurement leads

to innovation in the supplier, we still need to know better how it can shape the

development of capabilities in the suppliers, especially when it comes to strongly regulated

economic sectors, like the defence industry. As such, in this project we explored how the

capabilities needed to enable suppliers to explore dual technologies in civil markets and to

export their new products and services are developed during the purchase os strategic

project by the Armed Forces. We were able to identify the capabilities developed and

whats prevents companies to further develop in the long run. Future research will be

focused on understanding how these barriers can be overcame.

PROJECT 1

Company/Institution: Lightweight Structures Laboratory, Instituto de Pesquisas

Tecnológicas do Estado de São Paulo S/A Theme:Design, Manufacturing and Testing of a Horizontal Stabilizer in Composite Material Coordenator:Hugo Borelli Resende

Partnership:EMBRAER S/A Opportunity/Priority:Study of design methodology and full-scale manufacturing using

ATL, as well as comparison of simulation and test results. Main Contact:Wellington Lombardo Nunes de Mello

Phone:+55 (12) 3905-3354 Email:[email protected]

Extra Information:

Scope: This work aims to design and manufacture and test a full-scale horizontal stabilizer, typical

from aeronautical industry, using composite materials. In order to accomplish this purpose,

a horizontal stabilizer was developed in CATIA V5 and CAE software was used to model

its mechanicals efforts at typical flight conditions. The skins were manufactured in an

Automated Tape Laying (ATL) machine and all the parts assembled, followed by static

and dynamic mechanical tests of the complete assembly.

PROJECT 2

Company/Institution: Lightweight Structures Laboratory, Instituto de Pesquisas Tecnológicas do Estado de São Paulo S/A Theme:Manufacturing of civil aircraft rear fuselage with automated fiber placement process (AFP) Coordenator:Hugo Borelli Resende

Partnership:EMBRAER S/A Opportunity/Priority:Study of manufacturing issues using AFP and cocuring. Main Contact:Rodrigo Andrade de Oliveira Phone:+55 (12) 3905-3354 Email:[email protected]

Extra Information:

Scope: A full-scale rear fuselage section was developed and manufactured. Different tooling

concepts were evaluated for manufacturing curvature skins by Automated Fiber Placement

(AFP) with co-cured stringers (made via hand layup). This project has significantly

contributed to improve teams’ knowledge and skills in modeling, structure design and

optimization, manufacturing and assembly of composite aircraft primary structures, and it

represents an important advance for Brazilian aeronautical industry.

PROJECT 3

Company/Institution: Lightweight Structures Laboratory, Instituto de Pesquisas Tecnológicas do Estado de São Paulo S/A Theme:SMart Plastic Forming: efficient thermo-mechanical forming method for complex

titanium componentes Coordenator:Hugo Borelli Resende

Partnership:Swerea, the Swedish research institute Opportunity/Priority:Study of forming techniques for complex geometries using

aluminum and titanium alloys. Main Contact:Daniel de Almeida Pereira

Phone:+55 (12) 3905-3354


Extra Information:

Scope: Brazilian and Swedish Aerospace industry are interested in advanced forming methods to

produce highly accurate components with complex geometries which require the use of

special alloys. The objective of this work is to investigate the proper forming technique, in

terms of process velocity, production cost, quality and mechanical properties, to develop

advanced aeronautical components of titanium alloys through numerical and experimental

analysis.

PROJECT 1

Company/Institution: Instituto Tecnológico de Aeronáutica

Theme:Collaborative Robotics

Coordenator:CCM - Center of Competence in Manufacturing

Partnership:To be defined.

Opportunity/Priority:To be defined.

Main Contact: Phone:

Email:

Extra Information:

Scope: Research and development of solutions based collaborative robotics for manufacturing systems.

PROJECT 1

Company/Institution: Reciclapac

Theme:Smat Logistics Packaging

Coordenator:ISI for Advanced Materials

Partnership:ISI for Information and Communication Technology

Opportunity/Priority:Development of logistics packaging Main Contact:Gustavo Spina

Phone:551143445093


Extra Information:

Scope: New product composed of a management system with tracking and a family of logistics,

plastic packaging recycled returnable, competitively priced, for transportation from parts.

The operating system optimize the use of packaging, generating accurate information in a timely manner, bringing financial and significant qualifications for the industry, in addition

to reducing the consumption of materials, energy and minimize the generation of waste.

PROJECT 2

Company/Institution: Print Green 3D

Theme:ImprimeAí

Coordenator:ISI for Advanced Mterials

Partnership:None Opportunity/Priority:Development of new material for 3D Printing Main Contact:Gustavo Spina Phone:551143445093


Extra Information:

Scope: The project’s mission is to make a product to print with 3D products using raw material

made of 100% recycled plastic. In Brazil, it notices that the plastic filaments used by 3D printers to manufacture the objects have a high cost and in their greatest majority are

imported. In this way, the development of recycled ABS to print 3D products was the main challenge. In the next steps the development of other recycled materials will be made.

PROJECT 1

Company/Institution: University of Campinas - UNICAMP

Theme: Dynamic Adaptive Real-Time Embedded Systems and Accelerated Test -

DARTESAT Coordenator:Eurípedes Guilherme de Oliveira Nóbrega (at UNICAMP) Partnership:ITA, KTH, LiU, Saab Opportunity/Priority:New generation of avionic systems Main Contact:Eurípedes Guilherme de Oliveira Nóbrega (at UNICAMP) Phone:+55 19 3521-3196 Email:[email protected]

Extra Information:

Scope: Today distributed integrated modular avionics (DIMA) leads to dynamic adaptive mixed

criticality real-time embedded systems, exploring the balance between performance/power

consumption. The project proposes a new DIMA framework with fault tolerant system

based on detection, diagnosing, and system reconfiguration. There are three research lines:

modeling of adaptivity concepts at a high level of abstraction; design and implementation

of a monitoring system; and accelerated electronic aging tests.

PROJECT 2

Company/Institution: University of Campinas - UNICAMP Theme:Models of Computation (MoC) supporting Adaptivity in Real Time Embedded Systems - MARTES Coordenator:Denis S. Loubach

Partnership:KTH and SAAB Opportunity/Priority:Adaptive real-time embedded systems for avionic design Main Contact:Denis S. Loubach Phone:+55 12 3521-3404


Extra Information:

Scope: This research project main goal is to develop a new real-time adaptive embedded system

framework supported by formal models of computation, where hardware adaptivity is

captured at a high level of abstraction. A secondary objective is that the developed

concepts and models shall be platform-independent, therefore possible to be implemented

in a number of different hardware platforms. However, the proof of concept adopts an

FPGA-based system on a chip, with no loss of generality.

PROJECT 1

Company/Institution: UFABC Theme:Heat Transfer in a Cylindrical Alcohol Vaporizer - Steady State Analysis

Coordenator:Leandro Pereira de Souza Partnership:UFABC/SENAI

Opportunity/Priority:CNPQ/FINEP Main Contact:Leandro Pereira de Souza

Phone:61-99650-5280


Extra Information:

Scope: This work, presents a design of a thermal insulator to a cylinder of alcohol vaporizer and

performed a mathematical-physical modeling for executing calculations from data of materials

available in order to find the temperature profiles for the exact solution of the diffusion

equation of heat to the cylinder and the total energy lost by insulator. To compare the values

found, we used a three-dimensional simulation of heat transfer in SolidWorks(R).

PROJECT 2

Company/Institution: UFABC

Theme:Design of a Turbojet Engine Turbocharger Based

Coordenator:Prof. Dr. Carlos Alberto Rocha Pimentel Partnership:UFABC/FAB

Opportunity/Priority:DCTA

Main Contact:Leandro Pereira de Souza

Phone:61-99650-5280


Extra Information: The results of physical-mathematical modeling are compared with the practical level with the theoretical data in Matlab® programming and Equilibrium Software - EQL® for gas

analysis.

Scope: The main objective of this work is to build and evaluate a turbojet engine based on

automotive turbocharger using the real thermodynamic models for gas turbines, using Brayton cycle, fluids mechanics and electronic systems, as well as its main parts of

turbocharger to design the combustion chamber, ignition system, hydraulic circuit and measurement system.

PROJECT 3

Company/Institution: UFABC/Brazilian Army Theme:Wireless Water Control System for a Brazilian Army Communications Headquarters Using Computer and Mobile Phone. Coordenator:Leandro Pereira de Souza

Partnership:UFABC/Brazilian Army Opportunity/Priority:CNPQ/FINEP Main Contact:Leandro Pereira de Souza

Phone:61-99650-5280


Extra Information:

Scope: This project aims to increase the situational awareness of the water system of the Brazilian army's communications headquarters through a wireless controller using AT89S8253 microcontroller, MATLAB (R) software and a mobile phone.

PROJECT 4

Company/Institution: Federal University of ABC Theme:The use of additive manufactured cores for sandwich structures Coordenator:Rafael Santiago Partnership:Instituto de Pesquisas Tecnológicas Opportunity/Priority:Additive Manufactring, Composites Materials and Impact loadings. Main Contact:Rafael Santiago Phone:5511 991322915


Extra Information:

Scope: This project develops lightweight sandwich structures, based on additive manufacturing

colors, coupled with high strengh composites and / or FMLs (fiber metal laminates) reinforcement materials. These structures are experimentally, theoretically and numerically

modeled, aiming for impact absorption proposes, fatigue and high strength applications.

PROJECT 5

Company/Institution: FEDERAL UNIVERSITY OF ABC

Theme:Topologic optimization of the internal structure of aircraft wings Coordenator:Prof. Marcelo Araujo da Silva Partnership:FAPESP Opportunity/Priority:Development of aerospace wing design Main Contact:MARCELO ARAUJO DA SILVA Phone:+55 11 995129657


Extra Information:

Use of optimization, fem, in lab tests.

Scope: The main goal of this research is accomplish the optimum design of the wing structures

using genetic algorithm and FEM (finite elements method). The optimization process will

be feed by wind tunnel tests which will provide the main loads to be considered in the

structural model. The process will be interactive, since one optimum design is obtained, a

reduced scale model will be constructed and tested in the wind tunnel, so we return to the

optimization process and repeat until obtain the desirable design.

PROJECT 6

Company/Institution: FEDERAL UNIVERSITY OF ABC

Theme:Alternative biofuels for jet engines

Coordenator:Thais Maia Araujo Partnership:FAPESP Opportunity/Priority:Biofuels, aircraft engine and emissions released Main Contact:Thais Maia Araujo Phone:+55 11 23206316


Extra Information:

Scope: This project investigates the performance parameters of aircraft engine when using

biofuels blended with conventional fuel, and analyzes the emissions released from the

combustion process. Experimental tests are performed in a small-scale gas turbine that runs

with aviation kerosene blended in different proportions with, for example, soybean methyl

ester, corn oil, and ethanol. The results are evaluated in the in terms of fuel consumption,

thrust, efficiency, and combustion emissions.

PROJECT 1

Company/Institution: Universidade Federal de Santa Catarina Theme:Noise reduction methods for aeronautical engines Coordenator:Júlio Apolinário Cordioli Partnership:Prof. Hans Boden and Prof. Mats Abom - KTH/Sweden

Opportunity/Priority:The topic of noise reduction is of interest to both research groups

Main Contact:Júlio Apolinário Cordioli Phone:+55 (48) 3721-9227 ext. 203


Extra Information: There are other projects running at the Acoustics and Vibration Laboratory in the field of acoustics and vibration. See at http://lva.ufsc.br/ .

Scope: The main objective of this project is the development of jet engines of quieter airplanes and thereby reduce environmental noise around airports. The development of methods of

simulation and prediction of noise control materials normally applied to aircraft jet engines is proposed to generate the needed tools for the design of new materials and techniques for

noise reduction of these engines.

PROJECT 2

Company/Institution: Universidade Federal de Santa Catarina

Theme:Efficient Hydraulic Hybrid Systems for Aeronautical Applications

Coordenator:Prof. Victor Juliano De Negri Partnership:Prof. Petter Krus (LiU) and Dr. Birgitta Lantto (SAAB) Opportunity/Priority:Joint projects development Main Contact:Prof. Victor Juliano De Negri Phone:+ 55 (48) 3721-4123 / 3721-9396


Extra Information: There are other R&D projects running at the Hydraulic and Pneumatic Lab at UFSC. See at http://laship.ufsc.br/site/.

Scope: Development of innovative hydraulic systems with increased energy efficiency for aircraft onboard systems. The hot topics are (a) flight control actuation; (b) Actuation systems; (c) Hydraulic power unit and (d) Impact on the aircraft hydraulic architecture.

PROJECT 3

Company/Institution: Universidade Federal de Santa Catarina

Theme:Anaysis of the impact of hidden failure on system reliability

Coordenator:Prof. Acires Dias (UFSC)

Partnership:Prof. Johan Ölvander (LiU) Opportunity/Priority:Joint R&D projects

Main Contact:Prof. Acires Dias

Phone:+55 (48) 3721-9719


Extra Information: There are other R&D projects running at NediP in relibiality area. See at http://www.nedip.ufsc.br/site/.

Scope: The objective is to develop a method to identify and evaluate the occurrence of hidden

failures in technical systems in the conceptual design phase. Usually, hidden failures are managed with periodic inspections to verify that the hidden failure is present and are

mainly attributed to protection and redundant systems.

PROJECT 1

Company/Institution: Universidade Metodista de São Paulo Theme:Product and Industrial Process Modernization by the Startup Launching within

Industry 4.0 Context. Coordenator:Prof. Dr. Claudio Rodrigo Torres

Partnership:-

Opportunity/Priority:- Main Contact:Prof. Dr. Claudio Rodrigo Torres

Phone:55 (11) 4366-5551


Extra Information:

Scope: Study of product design and specification of manufacturing processes within the concepts

of advanced manufacturing. Product Lifecycle Management (PLM) within the concept of Industry 4.0. Specification and implementation of software for the modeling of advanced

production processes. Virtual commissioning. Support Startups Creation.

PROJECT 2

Company/Institution: Universidade Metodista de São Paulo

Theme:Mechanics of Materials, Fracture and Fatigue

Coordenator:Prof. MSc Regis Reis

Partnership:-

Opportunity/Priority:-

Main Contact:Regis Reis Phone:55 (11) 4366-5551


Extra Information:

Scope: Influence of microstructure on fracture toughness and fatigue of materials; Fracture in steels,

aluminum alloys and composite materials; Fracture toughness; Thermomechanical fatigue;

High and low cycle fatigue. Study of the crack propagation using the finite element method.

PROJECT 3

Company/Institution: Universidade Metodista de São Paulo

Theme:Fluid-Structure Interaction:

Coordenator:Prof. MSc Regis Reis

Partnership:-

Opportunity/Priority:-

Main Contact:Regis Reis Phone:55 (11) 4366-5551


Extra Information:

Scope: Mathematical formulation, physical interpretation and numerical simulations related to fluid-structure interaction. Study of flow induced vibrations. Use of the finite element method in the analysis of interactions between fluids and structures.

PROJECT 1

Company/Institution: Swedish Space Corporation SSC

Theme:Strategic development of Ground segment services

Coordenator:SSC CTO

Partnership:DCTA and EMAER

Opportunity/Priority:CABE Tender 01/17

Main Contact:Mr Pete Torrano Phone:+16099021545


Extra Information:

No information available the moment.

Scope: Development of SSC capabilities to launch and operate satellites, the VLM program is a candidate of the realization project.

PROJECT 2

Company/Institution: SSC Esrange Space Center Theme:VLM and possible future satellite constellations

Coordenator:Mr Stefan Gustafsson Partnership:CTA and EMAER Opportunity/Priority:Strategic Development of Brazilian AeroSpace capabilities

Main Contact:Mr Rickard Nordenberg Phone:+4670 551 2074


Extra Information: SSC are currently in discusssions with DCTA and EMAER regarding Sounding Rockets operations and technology, SSC is also cooperating with DCTA and German DLR on the VLM system.

Scope: Brazilian Future satellite constellations and ground segment are under discussions with EMAER and DCTA and SSC on conceptual basis.

PROJECT 1

Company/Institution: Lulea University of Technology

Theme:Aerolog Lab

Coordenator:Diego Galar

Partnership:Fernando Abrahao

Opportunity/Priority:Development of R&D and education within the topic Main Contact:Diego Galar

Phone:+46920492437


Extra Information:

Scope: The AeroLogLab is a joint initiative ITA / LTU focused on the development of logistics

engineering education/research and use the knowledge gained to foster cross departmental

development of logistics engineering. The main product of the AeroLogLab-ITA is

Manpower able to innovate, develop, integrate and manage logistics engineering for

complex systems. In order to do that, a partnership with the Operations and Maintenance

Engineering Division from Lulea University of Technology - LTU was created. ITA and

LTU are complementary in terms of education and research related to aeronautical and

operations/maintenance engineering and both institutions have a good education/research

relationship with the aeronautical industry and the government. Focus on knowledge

management is crucial for the development of AeroLogLab in a potential full triple helix

environment

SUMMARY: BRAZIL INDUSTRY/AGENCIES BRAZIL ACADEMIA SWEDEN...

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