Boeing overview, global innovation in Brazil and aerospace ...sampe.com.br/emailmkt/v_congresso_sampe/cobertura/boeing.pdf · computerized “glass cockpit” to commercial air travel

Engineering, Testing & Technology

Copyright © 2014 Boeing. All rights reserved.

Boeing Research & Technology

Boeing overview,global innovation in Braziland aerospace materials

September 2017

Antonini Puppin-Macedo

XVI SBPMAT, Gramado – RS, Brazil


Boeing Research & Technology | GTEngineering, Testing & Technology

HistoryFounded in 1916 in the Puget Sound region of Washington state.

Became a leading producer of military and commercial aircraft.

Completed a series of strategic mergers and acquisitions to become the

world’s leading aerospace company.

Aerospace pioneer companies now part of Boeing include:

A heritage that mirrors the history of flight



History of innovation

Boeing introduces the first successful ground to air radio communication

Boeing Model 307 Stratoliner –World’s first pressurized commercial airplane.

The Boeing B-47 Stratojetis the world’s first large swept wing jet, it sets the pattern, still followed today, for the optimal design of the subsonic jet.

The Douglas D-558-2 becomes the first aircraft to exceed Mach 2

The Boeing 707 becomes the world’s first successful commercial jet.

North American pioneers the first high thrust rocket engines that will evolve into the engines that powered the Saturn V and the Space Shuttle.

1929

1936

1949

1953

1957

1960

1962

1968

The McDonnell Mercury capsule takes Alan Sheppard into space making him the first American in Space and following that John Glenn becomes the first American to orbit the Earth.

Boeing, McDonnell Douglas and North American Rockwell team to build the Saturn Apollo space vehicle that takes the first humans to the surface of the moon and returns them safely to Earth.

Boeing flies the 747 - The world’s first widebody jet

1969



The Boeing Lunar Rover transports astronauts on the lunar surface.

North American Rockwell introduces the world’s first reusable spacecraft – the Space Shuttle

Boeing introduces the modern computerized “glass cockpit” to commercial air travel on the 757 and 767. The 767 also introduces ETOPS allowing a twin jet to fly across the Atlantic

The first Hughes 601 satellite achieves orbit.

International Space Station –First permanent home in space

The 777 is the world’s first commercial jet to be entirely digitally designed and digitally pre-manufactured

1971

1976

1981

1987

1993

1994

2008

2009

Boeing, Virgin Atlantic and GE Aviation conduct the first commercial aviation flight using a sustainable biofuel mixed with conventional kerosene-based jetfuel.

The Boeing 787 Dreamlinertakes flight. Marking a dramatic leap forward in aviation, this transformative jetliner pushes the boundaries of technology with structural, propulsion, aerodynamic and systems innovations.

Demonstrating a company commitment to pioneering research, the Boeing X-51A WaveRider in its first flight attains Mach 5 and completes the longest hypersonic scramjet-powered flight in history.

2010



What We Do TodayCommercial Airplanes

▪ Boeing 7-series family of airplanes leads the industry.

▪ Commercial Aviation Services supports carriers worldwide.

Defense, Space & Security

▪ World’s largest manufacturer of military aircraft.

▪ Global Services & Support provides training, maintenance,

and other services to government customers worldwide.

▪ World’s largest provider of commercial and military

satellites and major service provider to NASA.

▪ Large-scale systems integration and support; develop

networking technology and solutions.

Boeing Capital Corporation

▪ Financing solutions focused on customer requirements.

Engineering, Operations & Technology

▪ Advanced systems and technology to meet future customer

needs.

Connect and protect people globally

Copyright © 2014 Boeing. All rights reserved. Author, 10/6/2017, Filename.ppt | 6

BOEING PROPRIETARY



Global BoeingProducts and services support to customers in

more than 150 countries

▪ Revenue in 2016: ~$95 billion

▪ 70 percent of commercial airplane revenue historically from customers outside the United States

Manufacturing, service and technology partnerships

with companies around the world

▪ Contracts with more than 20,000 suppliers and partners globally

Research, design and technology-development

centers and programs in multiple countries

More than 145,000 Boeing employees across the

United States and in more than 65 countries

Partnering worldwide for mutual growth and prosperity



Boeing Innovative product development

Boeing

Research &

Technology

Boeing

Commercial

Airplanes

Product

Development

Boeing

Defense, Space

& Security

Phantom

Works

Boeing Global

Services



Research centersSupporting innovation around the world 24/7

BR&T-Washington

BR&T-California

BR&T-Missouri

BR&T-Alabama

BR&T-South Carolina

BR&T-Europe

BR&T-RussiaBR&T-China

BR&T-India

BR&T-Australia

BR&T-Brazil

Number of BR&T Research Centers

Number of U.S. BR&T Research Centers

Number of International BR&T Research Centers



BR&T Brazil History

Australia(2007)

China(2009)

Russia(1993)

India (2008)

Europe(2002)

Brazil(2014)

JRC for Aviation Biofuels with Embraer (2015)



MissionBringing the best of Brazil to Boeing!

Drive technological advances and create value aligned with our customers needs.

✓ Be an integral component of BR&T; become a lean, high-performing team

delivering on a focused portfolio

✓ Establish world class collaborations and build on a globally competitive local

talent pool

✓ Perform research in key areas of mutual interest for Brazilian partners and Boeing

✓ Leverage on US-Brazil bilateral agreements, e.g. Aviation Partnership; FAA

regulations bilateral, Energy agreement

✓ Create new IP in Brazil for Boeing

✓ Develop sourcing opportunities in areas that Brazil may offer a competitive

advantage



IP

By the numbers

9 Employees in

BR&T-Brazil

9Advanced

Degree

Key R&D

Partners

Papers &

Publications

18

Collaborators

40+

Patents* in 2016

+4 in 2017, so far

10

Lead by BCA

Research & Technology Partnerships 2016

(*) patents and trade secrets

Academia Industry



▪ Focus Area 1: Aero Technologies

Integrated Simulation & Testing

▪ Airspace & Operations Efficiency

▪ Flight Sciences (Aerosciences + MDAO)

▪ Focus Area 2: High-Value Natural Resources

▪ Biofuels – Joint Research Center with Embraer

▪ High-Temperature Metals & Sustainable Materials

▪ BCA Support

▪ EcoDemonstrator with Embraer

▪ Cabin Comfort Tool Testing

Snapshot



Unique Brazilian ExpertiseBoeing Technical Needs

BR&T-B HIGH

TEMPERATURE ALLOYS

AND SUSTAINABLE

MATERIALS:

THE INTERSECTION OF

BOEING TECHNICAL

NEEDS AND UNIQUE

BRAZILIAN EXPERTISE

High-Temperature Alloy

Technology Requirements:

• Light, low-cost, high-temp material,

propulsion & airframe

Sustainable Materials Technology

Requirements:

• Reduce buy-to-fly and decrease

cost of Ti components

• Sustainable Materials & Processes

– renew, recycle

Landscape oriented to

aerospace R&D

High-Temperature Alloy

Expertise

Sustainability Expertise

Hugh

High-Temperature Alloys & Sustainable Materials

Research Portfolios

High-Temperature Alloys

• High Entropy Alloys

• Research and

development of

commercially available

Ti alloys used in

propulsion structure

• Bulk Metallic Glasses

Sustainable Material

• Reduce buy-to-fly ratios

of Titanium

(“thixoforming”)

• Titanium and aluminum

recycling

Addresses Boeing technical needs through unique, innovative, local expertise

http://4.bp.blogspot.com/-otIOL1I7Dbk/T1YR9w-CrMI/AAAAAAAAAOE/HOZfMZ-_GLw/s1600/recycle+blue.jpg



Early 1990’s State of the Art: 777-200



2010’s State of the Art: 787-8

Composites

50%

Titanium

15%

Other

5%Steel

10%

Aluminum

20%



Advanced Materials for Aerospace Components

LU 2 in NDI

Advanced Materials have been, and will continue to be, critical, enabling technologies for aerospace innovation



EcoDemonstrator with Embraer

Technologies

▪ Systems: As a potential replacement for today’s Air Data Systems, Light Detection and Ranging (LIDAR) technology is installed to measure aircraft speed, angle of attack, temperature and pressure using small lasers. This technology has potential application to reduce airplane weight, drag and fuel use

▪ Airplane Noise: Developing noise improvements for slat design, located on the wing leading edge, that has the potential to reduce airplane noise on takeoff and approach

▪ Aerodynamics: Airflow near the wing surface will be examined using sensors and air visualization techniques to better understand in-flight aerodynamics. This analysis could lead to further innovations to reduce fuel consumption and carbon emissions

▪ EcoPaint: The aircraft is painted with “ice phobic” paint that reduces icing and drag. Additionally, due to its adhesion reducing properties, the special paint can help operators save water by reducing the need for frequent aircraft washing

▪ Biofuels: All test flights will use biofuel produced in Brazil: 50 to 80 percent lower carbon emissions through its life cycle than fossil jet fuel



Sustainable Aviation BiofuelsInnovative and sustainable approaches for feedstock and conversion technologies

Roadmap BookThe landmark publication identified most promising feedstock and conversion technologies that could make best use of Brazilian resources.

Joint Research CenterBoeing and Embraer funding efforts to accelerate research of promising feedstock and on use of innovative conversion technologies. Working on development of regional platforms.

UFMG Project - Biokerosene and green diesel from macaúba oils via catalytic Deoxygenation

Econometrics and Life Cycle Analysis of ArcelorMittal-Lanzatech supply chain in Minas Gerais. Feedstock: green coal for steel making and waste gases-ethanol for aviation biofuels.

EcoDemonstrator ProgramUse of Amyris sugarcane based drop in biofuel (10%) in the selected Embraer’s prototypes in flight campaigns dedicated to the Ecodemonstrator Project.

Techno-Economical AssessmentsJRC Project - Pathways Benchmarking and Supply-chains viability assessments using innovative methodology supported by CTBE’s Virtual Sugarcane Biorefinery Tool.

Some of the most promising feedstock



Corporate Citizenship

Creates positive changes in local communities

through charitable giving, volunteering and the

way we operate our business.

▪ 2014 contributions to charities: $188+ million

▪ $41.4 million donated by employees through giving

programs, including the Employees Community Fund,

one of the largest employee-owned funds in the world.

Partners with community organizations

around the world through strategic investments,

employee engagement and advocacy efforts.

Primary areas of contribution:

Education—Environment—Military and Veteran support

Being a part of our communities is a Boeing core value



Environmental Actions and Commitments

Design the future

▪ Driving industry efficiency with innovative technologies.

Innovate to zero

▪ Committing to zero growth in greenhouse gas emissions, water intake, solid waste to

landfill and hazardous waste generation from company operations by 2017.

Inspire global collaboration

▪ Leading global collaboration for solutions to complex

environmental challenges.

Boeing collaborates with stakeholders around the world to develop sustainable

aviation biofuel.


Obrigado!!

Documents

Boeing overview, global innovation in Brazil and aerospace ...sampe.com.br/emailmkt/v_congresso_sampe/cobertura/boeing.pdf · computerized “glass cockpit” to commercial air travel