#aircraft manufacturer | Explore Tumblr Posts and Blogs

don-lichterman · 2 years

Text

Raízen and Embraer Sign LOI for Development of Sustainable Aviation Fuel Ecosystem

(19 July 2022, 10:17 +07) Raízen, a leading bioenergy company, has signed a Letter of Intent with Embraer designed to stimulate the development of the sustainable aviation fuel (SAF) production ecosystem. Embraer is expected to become the first aircraft manufacturer to use SAF distributed by Raízen. Raízen and Embraer sign LOI for development of SAF ecosystem “SAF plays a key role in reducing…

View On WordPress

#aircraft manufacturer #aviation news #bioenergy #embraer #ethanol producer #Featured #FIA2022 #FIA22 #Ra&237;zen #SAF #SAF ecosystem #sugarcane ethanol #Sustainable Aviation Fuel #travel industry news #travel news asia #travel trade media #travelnewsasia.

0 notes

whilomm · 13 days

Text

these are claims from a different whistleblower than the one that was totally not murdered by boeing

(disclaimer, im not an expert and this article doesnt go into a ton of detail on the specific issues, so i could be a lil off, these are very much non-expert speculation rambles. anyone who understands better, feel free to correct me/add more deets).

if im reading it right these claims get into the way boeing has been outsourcing more and more manufacturing of parts to other companies, such as for the fuselage (the plane body as a whole, big tube u sit in). if those parts dont quite fit together right (and keep in mind the margins of error on these things can be VERY small in some cases, though im not sure exactly how much wiggle room they got here), that can lead to too much stress on certain parts.

like, for example, if one part of the fuselage is just baaaarely too big for the next part it connects to, it might all seem to fit together perfectly fine, but every time it takes off and lands or goes thru compression cycles (that is when they take off and land, going from low pressure-high pressure-low pressure), it just puts a BIT too much pressure on where they join. and over the years, that pressure just adds up until theres microscopic stress fractures, which become slightly larger stress fractures, until they get big enough that once a plane reaches a high enough altitude theres a midair disentegration, which is. exactly as bad as it sounds.

(sidenote: compression cycles can be more important for determining an airplanes lifespan than flight hours. the usual metaphor is bending a paperclip back and forth until it breaks, how many times can you bend it before metal fatigue sets in and it just snaps. holding it in a more bent position however will take a lot longer to snap it generally.)

now to be clear, every single plane has an intended service life, and its well known that planes can only take so many compression cycles before they start to get really hard to maintain without going kablooey. a plane may be rated for like, idk, 50k compression cycles (so, taking off and landing 50k times before its retired, because after that its no longer worth the maintenance vs just making a new plane). but if it turns out that plane has some flaw in its build that means itll develop fatal stress factures at only 20k cycles, well. thats bad. not sure exactly how the schedule on looking for stress factures looks like for maintenece crews (do they do it regularly for all planes on a set schedule? do they only do it occasionally for new planes, and start to ramp up checks as the plane gets older? dunno!) but well. generally speaking, a plane having a fatal flaw that gives it an explosive midlife crisis is Bad. i would hope theyd catch it! but i dont know enough about the deets of fuselage maintenence to know the specifics.

and OH YAY COMPOSITE MATERIALS. now, before anyone gets too freaked out thinking about the uh. submarine. use of composite materials is actually far more common on planes than on subs for a buncha reasons. one, planes just generally undergo a lot less in terms of pressure (that futurama joke, "this spaceship can handle between one and zero atmospheres", vs subs that have to deal with tens to potentially hundreds of atmospheres) but also because apparently, for complicated material engineering reasons, composite materials work much better under tension (high pressure INSIDE pushing OUT, like airplane) than under compression (high pressure OUTSIDE pushing IN, like submarine). heres a vid from someone who wrote their masters on composite materials under compression if you wanna hear from someone slightly smarter on the subject. im not gonna pretend like i understand the full deets, but "composites do OKAY with tension" is enough for me, go read the fancy scientific papers if you want more.

now, so that people do freak out at least a little bit: hm. dont like that they are using Way More Composite Than Usual on this plane. how much is the usual? idk, i assume composites are much more popular with low altitude small aircraft (bc well, weight and less pressure worries), dunno whats considered normal for high altitude longhaul crafts. but, apparently, the dreamliner is "more than usual". which, yeah cool, lighter weight airplanes use less fuel which is better for longhaul flights. is it. well tested enough though???

...anyway. im not an engineer, idk the full Deets, but well. havin lotsa fun hearing the engineers talk about how the parts of the giant metal skybirds dont fit together quite right and theyre using materials that fail more catastrophically than metal with less warning, experimentally, and we dont quiiiite have the data to know if. its a problem. thats really fun! LOVE hearing about how much theyre outsourcing parts, given how bad quality control of things as tiny as the titanium in some bolts or a little bit of the engine blades being not properly vacuum forged has lead to catastrophic failure in the past, and knowing how important sourcing of parts in airplanes is. all VERY yay!

#boeing #airplanes #aircraft #flight #boeing 787 #boeing 787 dreamliner #787 dreamliner #seriously the amount of incidents that were just like. 'oh this ONE SINGLE PART had a manufacturing defect'#u use bolts to small and the captain is sucked out of the windsheild (he lived tho dw)#the titanium in the engine blades has a small impurity and it Breaks causing uncontained engine failure and severes the hydraulics #oh a single part of this bit isnt lubed properly so it gets stuck and the plane ends up nosediving #but hearing that the FUSELAGE ITSELF may be improperly fitted is #What The Fuck #yeah no why just outsource your bolts when u can outsource the ENTIRE MAIN BODY #TO MULTIPLE COMPANIES #buzzy

5 notes · View notes

supplyside · 1 year

Text

Northrup Grumman CVN 77 HW Bush construction

#Northrup Grumman #CVN 77 #construction #manufacturing #steel #heavy industry #shipyard #aircraft carrier #George HW Bush

38 notes · View notes

materialsscienceandengineering · 5 months

Text

Boosting rocket reliability at the material level

Zack Cordero’s research focuses on extending the lifespan of reusable rockets, while simultaneously reducing the risk of catastrophic failure.

The success of the SpaceX Falcon 9 reusable launch vehicle has been one of the most remarkable technological achievements of the last decade. Powered by SpaceX’s Merlin engine, the Falcon 9 booster can be reused over 10 times, with minimal maintenance between flights. Now there is a new generation of reusable rocket engines and vehicles that promise much larger payloads and greater reuse. Unlike Falcon 9, the 390-foot-tall SpaceX Starship, powered by its new Raptor engines, can land both the booster and the second stage for reuse, thereby further reducing launch costs. Blue Origin has its own next-generation BE-4 engine that will power its 320-foot New Glenn launch vehicle. “The new class of reusable launch vehicles is likely to transform the space industry by lowering launch costs and improving space accessibility,” says Zack Cordero, the Esther and Harold E. Edgerton Career Development Assistant Professor of Aeronautics and Astronautics at MIT. “This will enable applications such as mega constellations for space-based internet and space-based sensing for things like persistent, real-time CO2 emissions monitoring.”

3 notes · View notes

moderncalculators · 7 months

Text

Empowering Financial Decisions with Modern Calculators: Your Key to Financial Success

In an era where information is readily available, financial empowerment is key to making informed decisions. Thanks to the digital age, we have access to an impressive array of calculators that can simplify complex financial tasks. Let's explore the world of Modern Calculators and discover how these tools can empower you in various aspects of your financial journey.

1. Rectangle Body Shape Calculator

Your body shape plays a significant role in fashion choices. The Rectangle Body Shape Calculator not only identifies your body shape but also offers tailored fashion advice to help you look and feel your best.

2. Pear Body Shape Calculator

Enhance your style by understanding your body shape. The Pear Body Shape Calculator provides insights and fashion tips specifically designed for pear-shaped individuals.

3. Triangle Body Shape Calculator

Confidence in your wardrobe starts with knowing your body shape. The Triangle Body Shape Calculator identifies your body type and offers fashion recommendations to elevate your style.

4. Car Payment Calculator GA

Planning to buy a car in Georgia? The Car Payment Calculator GA simplifies the process by helping you estimate your monthly car payments, ensuring they fit comfortably within your budget.

5. Mobile Home Mortgage Calculator

Homeownership is a dream for many, and mobile homes provide an affordable path. The Mobile Home Mortgage Calculator assists in estimating your monthly mortgage payments, making homeownership more achievable.

6. Car Payment Calculator Illinois, Colorado, Virginia

If you're relocating to Illinois, Colorado, or Virginia, this calculator helps you estimate car payments in different states, ensuring your budget aligns with your new location.

7. Car Payment Calculator AZ

Considering a vehicle purchase in Arizona? The Car Payment Calculator AZ enables you to calculate potential car payments, allowing you to budget effectively.

8. FintechZoom Mortgage Calculator

Mortgages can be complex, but the FintechZoom Mortgage Calculator simplifies the process. Calculate mortgage payments, explore interest rates, and understand your amortization schedule with ease.

9. Construction Loan Calculator

Building your dream home? The Construction Loan Calculator estimates your construction loan requirements and monthly payments, ensuring a smooth building process.

10. Aerobic Capacity Calculator

Your fitness journey starts with understanding your aerobic capacity. Calculate your fitness level and tailor your workouts for optimal results using this essential tool.

11. Aircraft Loan Calculator - Airplane Loan Calculator

For aviation enthusiasts, owning an aircraft is a dream come true. The Aircraft Loan Calculator simplifies the financial side of aviation, helping you understand loan terms and payments.

12. Manufactured Home Loan Calculator

Thinking about a manufactured home? This calculator provides invaluable insights into potential loan payments, making homeownership in a manufactured home more achievable.

13. Classic Car Loan Calculator

Passionate about classic cars? The Classic Car Loan Calculator helps estimate classic car loan payments, bringing you closer to your dream vehicle.

14. FintechZoom Loan Calculator

Whether you need a personal or business loan, the FintechZoom Loan Calculator equips you to estimate monthly payments and assess the financial impact of borrowing.

15. ATV Loan Calculator

Ready for off-road adventures? The ATV Loan Calculator calculates potential ATV loan payments, ensuring your outdoor escapades are within reach.

16. Farm Loan Calculator

Aspiring farmers can benefit from the Farm Loan Calculator. It simplifies estimating loan payments and planning expenses for a successful agricultural venture.

17. Pool Loan Calculator

Turn your backyard into a paradise with a pool. The Pool Loan Calculator helps you understand the cost of financing your dream pool, making planning easy.

18. Solar Loan Calculator

Considering solar energy? Calculate the financial impact of a solar energy system on your budget and savings with the Solar Loan Calculator, helping you make eco-friendly choices.

19. Mobile Home Loan Calculator

Contemplating a mobile home purchase? Estimate potential mobile home loan payments to make an informed decision about your future home.

20. Bridge Loan Calculator - Bridging Loan Calculator

Real estate investors often use bridge loans for flexibility. The Bridge Loan Calculator simplifies the process of evaluating your bridge loan requirements, facilitating smarter investment decisions.

21. Hard Money Loan Calculator

Hard money lending can be a viable financing option. Use this calculator to assess potential hard money loan terms and payments, ensuring you make sound financial choices.

22. HDFC SIP Calculator

Systematic Investment Plans (SIPs) are an excellent way to grow your wealth. The HDFC SIP Calculator helps plan your investments and understand potential returns on your SIP portfolio.

23. Step Up SIP Calculator

Planning to increase your SIP investments gradually? The Step Up SIP Calculator allows you to calculate the benefits of incremental investment increases on your wealth accumulation.

24. What Calculators Are Allowed on The ACT

For students preparing for the ACT, understanding which calculators are permitted during the exam is crucial. This article provides valuable insights into the types of calculators allowed, ensuring you're well-prepared for test day.

In conclusion, Modern Calculators offers a wide range of calculators that simplify complex tasks and empower you to make informed decisions in various aspects of your life. These calculators are your tools for financial empowerment, helping you achieve your goals and secure your financial future. Explore them today and embark on your journey to financial success!

2 notes · View notes

thinkingimages · 1 year

Photo

De Havilland DH106 Comet 1 (GALVG)

The De Havilland Aircraft Company DH106 Comet was the World’s first pressurised commercial jet airliner and it was the source of enormous national pride. Its introduction into BOAC service in May 1952, was greeted as the dawning of a new age in passenger travel.

#DH106 Comet #World’s first pressurised commercial jet airliner #commercial jet airliner #1952 #The De Havilland Aircraft Company #British aviation manufacturer

14 notes · View notes

rollcksa · 1 year

Text

#Aircraft Hangar Doors Manufacturers #Hydraulic and Vertical Lift Hangar Doors

2 notes · View notes

beetle3000-1 · 1 year

Text

Pleased to let the general population know that in aircraft manufacturing, turning the plane off and on again is indeed still a valid and first-step method of troubleshooting

#certified beetlemoment #aviation #manufacturing #planes #airplanes #aircraft #also occasional percussive maintenence

5 notes · View notes

unitritech · 8 days

Text

Uni Tritech The Gold Standard for Airbus Approved Suppliers

In the elite circle of aerospace manufacturing, Airbus stands as a colossus, and its stamp of approval is a coveted seal that foundry suppliers aspire to possess. Uni Tritech proudly stands as a leading Airbus-approved foundry supplier, setting a global benchmark for quality and reliability in the aerospace sector.

As innovators in precision casting, Uni Tritech has meticulously cultivated a production environment that meets the stringent Airbus supplier requirements. Their commitment to excellence is demonstrated through their advanced manufacturing processes, robust quality control systems, and ongoing investment in cutting-edge technology. With Uni Tritech, aerospace clients receive parts that embody the pinnacle of engineering perfection, forged in a foundry where precision is the norm, and excellence is the standard.

What sets Uni Tritech apart as the best platform to purchase from Airbus-approved foundry suppliers is not just their compliance with aerospace standards but also their unwavering dedication to customer satisfaction. Their expertise is complemented by a tailored approach to service, ensuring that each client’s unique needs are met with solutions that exceed expectations. For those who aim to soar in the aerospace industry, partnering with Uni Tritech opens a realm where sky-high aspirations are seamlessly transformed into reality.

#Uni Tritech Airbus certified foundry #Airbus approved precision casting supplier #Aerospace foundry suppliers Uni Tritech #Airbus qualified casting manufacturers #Top Airbus foundry suppliers #Airbus certified investment casting Uni Tritech #Approved Airbus foundry services Uni Tritech #Uni Tritech aircraft casting solutions

0 notes

jcmarchi · 21 days

Text

Best option for all: Several countries are embarking on a search for Patriot systems - Technology Org

New Post has been published on https://thedigitalinsider.com/best-option-for-all-several-countries-are-embarking-on-a-search-for-patriot-systems-technology-org/

Best option for all: Several countries are embarking on a search for Patriot systems - Technology Org

Ukraine needs more Patriot missile systems. Its cities are being attacked by ballistic and cruise missiles as well as drones. It would also be good to make Russian planes scared of coming even close to the air defence zone of Ukraine.

The MIM-104 Patriot is one of the best air defence systems in the world. Image credit: Sgt. Alexandra Shea via Wikimedia

After the NATO summit in Brussels, where Ukraine has reminded its allies that it needs more weapons and ammunition, information about intensive searches for Patriot systems appeared. The MIM-104 Patriot is considered to be pretty much the best option for air defence for Ukraine. These systems can efficiently deal with cruise missiles, manned and unmanned aircraft. The Patriot can even shoot down ballistic missiles and has some wins against hypersonic weapons too.

According to Ukrainian Foreign Minister Dmytro Kuleba, the United Kingdom is now joining the global search for Patriot missile systems that could be transferred to Ukraine. The Patriot is an American air defence system in service since 1981, but there aren’t enough of them in Ukraine or, it seems, even its Western allies.

Russia is constantly attacking the cities of Ukraine with all sorts of weapons, so Ukraine’s allies will see what they can do to acquire more Patriot systems to close the sky over Ukraine. Manufacturing new systems would simply take too long, which means that the UK will be talking to other countries that have bought Patriot systems for their own protection.

The user list of the MIM-104 Patriot includes Germany, Greece, Israel, Japan, Jordan, Kuwait, Netherlands, Poland, Qatar, Romania, Saudi Arabia, South Korea, Spain, Sweden, UAE, the United States and, of course, Ukraine.

Kułeba said he had spoken with UK Foreign Minister David Cameron, who confirmed that the country would look for air defence systems for Ukraine. Germany is already involved in the Patriot search. It won’t be easy though.

Saudi Arabia could be a Patriot donor with 18-25 batteries of these systems (including PAC-2 and PAC-3 versions) in their possession, but Germany once blocked the sale of 48 Eurofighter Typhoon fighter jets to Riyadh, and it is now uncertain whether Saudi Arabia will agree to cooperate with Germany on the Patriot issue. Perhaps Saudi Arabia will talk with the United Kingdom, with which it maintains more friendly connections in the field of military equipment.

The Patriot has been operating in Ukraine since April 2023. These air defence systems were transferred to Ukraine by Germany, the Netherlands and the US. The Patriot has proven time and time again to be one of the most effective air defence systems on Earth. It shot down several ballistic missiles, which is never easy to do. Even the downing of the hypersonic Zircon missiles is credited to the Patriot.

Depending on the version, the Patriot can hit targets at a distance of up to 160 km. PAC-3 can also destroy modern ballistic missiles at a distance of up to 35 km.

Written by Povilas M.

Source: Tech.wp.pl

0 notes

impriindia · 1 month

Text

The Boeing Dilemma: India's Moment To Rise In Aircraft Manufacturing - IMPRI Impact And Policy Research Institute

TK Arun Boeing’s troubles present an opportunity for India to foray into making large aircraft. It would help India realise its own unconstrained growth, and give the world a non-Chinese alternative. India has to enter the business of building commercial passenger aircraft, not just the small craft that it is planning to build in collaboration with Embraer, Brazil’s maker of regional airliners.…

View On WordPress

#Aircraft #Boeing #Dilemma #impact #impri #India039s #Institute #Manufacturing #Moment #policy #research #Rise

0 notes

hannah-davis07 · 1 month

Text

Buy Aviation Parts

Buy Aviation Parts Emerges as Leading Platform for Military Parts, Offering a Comprehensive Range for Diverse Operations

#aircraft #aircraft lighting #aircraft manufacturing market #aircraft parts #aviation maintenance #aviation industry

0 notes

aviationprocurement-blog · 1 month

Text

Exploring Satair: A Leading Hardware Manufacturer in Aerospace

In the vast and intricate world of aviation, every component plays a crucial role in ensuring safety, efficiency, and reliability. Among the key players in this industry, Satair emerges as a prominent hardware manufacturer, catering to the diverse needs of airlines, maintenance facilities, and original equipment manufacturers (OEMs). Partnering with ASAP Aviation Procurement, a leading distributor of Aerospace and aircraft parts, Satair's offerings reach even further. Let's delve into the realm of Satair, understanding its significance, product offerings, and popular part types.

Introduction to Satair

Satair stands tall as a distinguished name in the aerospace sector, renowned for its comprehensive range of hardware solutions and services. With a rich legacy spanning decade, Satair has solidified its position as a trusted partner for the aviation community worldwide. The company's unwavering commitment to quality, innovation, and customer satisfaction has propelled its growth and success over the years.

Understanding Satair's Product Portfolio

Satair hardware manufacturer boasts a diverse product portfolio encompassing a wide array of hardware components vital for aircraft manufacturing, maintenance, and repair operations. Let's explore some of the popular part types offered by Satair:

Fasteners: Fasteners are essential for holding various components of an aircraft together. Satair provides a comprehensive range of high-quality fasteners, including bolts, screws, rivets, and nuts, meticulously designed to meet stringent aerospace standards.

Bearings: Bearings play a critical role in reducing friction and enabling smooth movement within aircraft systems. Satair offers an extensive selection of bearings, including ball bearings, roller bearings, and thrust bearings, engineered for optimal performance and durability.

Seals: Sealing solutions are indispensable for preventing fluid or gas leakage in aircraft systems. Satair supplies an assortment of seals, gaskets, and O-rings crafted from premium materials to ensure reliability and integrity in demanding aerospace environments.

Hoses and Tubing: Hoses and tubing are essential for conveying fluids and gases throughout aircraft systems. Satair delivers a wide range of hoses, tubing, and fittings, engineered to withstand high pressures, extreme temperatures, and harsh operating conditions.

Connectors and Electrical Components: Electrical connectivity is vital for powering various avionic systems and electronic devices onboard aircraft. Satair offers a diverse selection of connectors, terminals, wires, and cables designed to meet the stringent requirements of aerospace applications.

The Satair Advantage: Quality, Reliability, and Innovation

What sets Satair apart from its competitors is its unwavering commitment to quality, reliability, and innovation. The company adheres to rigorous quality standards and certifications, ensuring that every product meets or exceeds the stringent requirements of the aerospace industry. With a relentless focus on continuous improvement and technological advancement, Satair strives to anticipate market needs and deliver cutting-edge solutions that enhance safety, efficiency, and performance.

Conclusion: Partnering with Excellence

In conclusion, Satair stands as a beacon of excellence in the realm of aerospace hardware manufacturing. With its comprehensive product portfolio, unwavering commitment to quality, and relentless pursuit of innovation, Satair continues to elevate standards and exceed expectations in the aviation industry. Whether it's fasteners, bearings, seals, hoses, or electrical components, Satair remains a trusted partner for airlines, maintenance facilities, and OEMs worldwide, ensuring the seamless operation and reliability of aircraft across the globe. And with ASAP Aviation Procurement as a key distributor, Satair's products reach even further, solidifying its position as a leader in the aerospace hardware market.

#aircraft #aerospace parts manufacturing #manufacturer aircraft parts

0 notes

materialsscienceandengineering · 2 years

Photo

New aircraft structures production technology has increased their strength

Scientists from NUST MISIS have developed a method of producing composite parts for the aerospace industry, which has increased the strength of finished products by 15% due to a combination of laser technologies and isostatic pressing. The results of the study have been published in The International Journal of Advanced Manufacturing Technology.

The titanium-silicon composite material has unique mechanical properties necessary for the creation of air and land transport—high tensile strength and stiffness. Parts made of such composites are in demand by the aerospace industry.

The properties of this fiber composite are highly dependent on a fairly complex manufacturing technology, which implies a number of significant limitations. Due to the high chemical activity of titanium, the liquid state manufacturing methods are not applicable for the fabrication of titanium-silicone composites.

The research team of the NUST MISIS Hybrid Additive Technologies Laboratory offered a solution to the problem—a hybrid approach combining laser technology and hot pressing.