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Sesto Fiorentino, Italy
1-10 Employees
2018
MORFO has a twofold mission within the field of Computer Aided Engineering (CAE): on the one hand, it will help big companies to face the ongoing revolution of additive manufacturing, taking full advantage of a “design for additive” CAE approach; on the other hand, it is committed to transfer the experience gained in the aeronautical and energy sectors to a variety of companies which exploit lower-level aerodynamic components, such as fans, blowers, and pumps. MORFO was founded in 2018 by four PhDs in energy engineering, senior research fellows at University of Florence, with a solid background on aerodynamic design of turbomachines. The application to a case study highlighted the potential of the innovative approach, proving to be flexible, effective and adaptable.
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Morfo Design – Advanced Aerodynamics
... Morfo Design – Advanced Aerodynamics ...
Belgrade, Serbia
1-10 Employees
2022
Poleti Exterra – World’s Fastest Light Aircraft!Poleti Aerospace is a Global Aerospace Company, pioneering the new era of flight with advanced aerodynamics design.We bring our customers a thrilling, safe and green flight of the future – a step up from previous aircraft generation in every way!With advanced aerodynamics, Poleti Exterra can fly faster and longer than any other light aircraft. Next Generation Aerodynamics!With superior aerodynamics and innovative coupling with structural design, Poleti Exterra is far smaller than other light aircraft.Our unique CANBOX aerodynamic configuration relies on advanced box-wing to keep the lift performance at extreme angles of attack – 40 degrees and more!Together with ventral tails – providing yaw control at any attitude – and ballistic parachute, Poleti Exterra is the safest aircraft ever designed.Interested in early pre-order?
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Poleti Exterra - World's Fastest Light Aircraft - Poleti Aerospace
... Global Aerospace Company, pioneering the new era of flight with advanced aerodynamics design. Poleti Exterra - World's Fastest Light ...
Brixworth, United Kingdom
1-10 Employees
2018
We are a premium motorcycle concept creation company and do not have the desire to become a mass manufacturer of motorcycles, however where we feel that our technology is suited to an exclusive run, we will create an exceptional limited-edition version. Based on 25 years experience working at the highest levels in the industry, we provide the environment to research and develop new concepts rapidly and efficiently, gaining independent factual evidence to prove our concept advancements. Working with world leading motorsport organisations our projects are driven by innovative concepts at their core, focused predominantly on efficiency gain, to reduce CO2. Always delivered to the F1 standards expected of a premium concept house with real world applications.
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HOME - White Motorcycle Concepts
... The home of White Motorcycles Concepts - a UK-based company focusing on pioneering aerodynamics, advanced sustainability and visionary engineering. ...
Gavere, Belgium
1-10 Employees
2015
DECCA translates the DNA of your company or club into your sportswear kit. DECCA's enduring collaboration with Sporta-Mon Ventoux puts a spotlight on the crowning event atop the legendary mountain, marking the milestone 20th edition of Sporta Mon Ventoux 2024. For the fourth edition in a row, Decca is collaborating with Sporta Mon Ventoux for a unique cycling and hiking outfit.
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Jamie Jersey - Camo Kaki – Decca Cycling
... Advanced aerodynamic pattern and fabric combined with light mesh on the back panel for ventilation, straight collar for a modern look, raglan sleeves that fit every body shape, with clean cut finishing for high performance. Features: Feel the summer vibes with this camo design! Highly ...
Barcelona, Spain
11-50 Employees
We are Baltasar, a company based in Barcelona with the aim to create the purest electric track-day cars. The name Baltasar comes from the founder of the company and gives de cars the signature that accredite the quality and the passion given to the product. Through innovation and experience gained in the field of competition, we are able to offer the definitive products for our most demanding customers.
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BALTASAR | THE NEW TRACK ELECTRIC REVOLUTION
... ADVANCED AERODYNAMICS ...
Bedford, United Kingdom
101-250 Employees
1952
Delivering Confidence to FlyARA is a leading independent specialist in aerodynamic research providing complementary services and bespoke solutions to international aerospace and defence clients to support their aerodynamic concept development. ARA lead the world with our range of services delivering complete seamless solutions across transonic wind tunnel testing, advanced measurement systems, computational aerodynamic consultancy and precision model design and manufacture. Unmatched capacity, effectiveness and bespoke services mean tailored solutions meet and exceed the clients requirements with added value in the form of data quality, productivity, expertise and complementary services to deliver real results. ARA’s new test techniques and design capabilities are aimed at the requirements for the development of the next generation of aircraft. ARA was established as a UK wind tunnel test facility.
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ANACO – Advanced Nacelle Aerodynamic Optimisation
... ANACO - Advanced Nacelle Aerodynamic Optimisation - Aircraft Research Association Ltd. ...
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RigEdge Add-ons | SMAR Azure
... Advanced Aerodynamic ...
Wiener Neustadt, Austria
501-1000 Employees
2003
Our goal is setting the highest standards possible in aircraft production. The DA62 MPP is the next largest Diamond Surveillance Aircraft, offering increased performance, space and capability. The DA42 and DA62 MPP aircraft offer class leading fuel efficiency and endurance; a combination that is not only highly capable but is also environmentally friendly at this critical time in our planet’s evolution. DEA has flown tens of thousands of hours of low-carbon aviation offering a reliable service delivering excellence as standard. The Diamond DA62 MPP (Multi Purpose Platform) builds on the well proven and successful multi-mission turnkey DA42 MPP, offering increased performance, space and capability. The large volume provides our design engineers more space to install state of the art high-end technology without being limited in space. The roomy fuselage provides an ergonomically optimized cabin for two pilots, operator station and plenty of cabin volume for mission equipment and gear. Mission equipment can be hold in the luggage compartment through hard points and/or a eqipment rack.
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DA50 RG - Diamond Aircraft Industries
... Airframe & Propulsion Advanced aerodynamics & jet fuel ...
Carlsbad, United States
1-10 Employees
1973
Leading the field in driving distance averaging 23 yards further than the next closest golfer that week. The most extensive line of new COBRA products up to this point is introduced, featuring the new KING COBRA Oversize II Irons and TI Offset Woods. Within a year, Lexi set the record as the youngest player to ever win on the LPGA Tour at the age of 16. All built to 7-iron length to create a more consistent and repeatable contact with every club. COBRA partners with HP to build a first-of-its-kind 3-D printed putter, leading to the release of the first-ever 3D Printed line of putters. Adaptable shot-making across different lies delivers more precise control from distance, giving you more versatility when attacking pins. Danger lurks at every turn as the first true test of the season gets underway. The KING family of irons are the pinnacle of craftsmanship, developed with an industry leading 5th strike in the forging process for exceptional feel and precision ball-striking that better players demand.
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Women's AEROJET MAX Driver – COBRA Golf
... ADVANCED AERODYNAMIC ...
Technologies which have been searched by others and may be interesting for you:
Some interesting numbers and facts about the results you have just received for Advanced Aerodynamics
| Country with most fitting companies | United Kingdom |
| Amount of fitting manufacturers | 69 |
| Amount of suitable service providers | 43 |
| Average amount of employees | 1-10 |
| Oldest suiting company | 1952 |
| Youngest suiting company | 2022 |
Advanced aerodynamics encompasses the study and application of cutting-edge principles and technologies to understand and manipulate the behavior of air as it interacts with solid objects, particularly vehicles and structures. This field delves into the complexities of airflow patterns, pressure differentials, and the forces of drag and lift, aiming to enhance efficiency, performance, and stability across a range of applications. In the automotive and aviation industries, for instance, advanced aerodynamics plays a pivotal role in designing vehicles that exhibit reduced air resistance, leading to significant improvements in fuel efficiency and speed. Similarly, in architectural engineering, it informs the design of buildings and structures to withstand wind forces effectively, ensuring safety and durability. The integration of computational fluid dynamics (CFD) tools has propelled advancements in this domain, enabling precise simulations of aerodynamic phenomena that were previously challenging to analyze. The ongoing exploration and application of advanced aerodynamics principles are critical for innovation in transportation, sports, renewable energy, and beyond, contributing to sustainable practices and the development of technologies that push the boundaries of speed, efficiency, and environmental compatibility.
1. Improved Fuel Efficiency
Advanced aerodynamics reduces the air resistance experienced by vehicles, leading to significant improvements in fuel efficiency. This reduction in drag means that less energy is required to maintain speeds, thereby decreasing fuel consumption and associated costs.
2. Enhanced Performance
Vehicles designed with superior aerodynamic features exhibit improved acceleration and top speeds. This is because the streamlined shape minimizes the air resistance that can hold a vehicle back, allowing for smoother and faster movement.
3. Increased Stability and Safety
The principles of advanced aerodynamics contribute to the stability of vehicles at high speeds. By optimizing airflow around the vehicle, designers can reduce unwanted lift and ensure that the vehicle remains firmly planted to the road, enhancing overall safety.
4. Environmental Benefits
By improving fuel efficiency and reducing the energy required for movement, advanced aerodynamics plays a crucial role in reducing greenhouse gas emissions. This contributes to a lower carbon footprint for aerodynamically optimized vehicles, aligning with global efforts towards environmental sustainability.
While evaluating the different suppliers make sure to check the following criteria:
1. Experience and Expertise in Aerodynamics
Ensure the supplier has a proven track record in advanced aerodynamics, demonstrating expertise through past projects or collaborations with reputable companies in the aerospace or automotive industries.
2. Customization Capabilities
The supplier should be able to provide customized solutions tailored to your specific needs, whether for aerospace, automotive, or other applications requiring advanced aerodynamic designs.
3. Quality Assurance
Look for suppliers that adhere to strict quality standards, with certifications like ISO 9001, to ensure that the products and services meet your requirements and industry regulations.
4. Innovative Technologies
The ability to incorporate the latest technologies and innovative approaches in aerodynamics is crucial. This includes computational fluid dynamics (CFD) simulations, wind tunnel testing, and other advanced techniques.
5. Supply Chain Reliability
Evaluate the supplier's supply chain for reliability and efficiency to ensure timely delivery of products and services, minimizing disruptions to your operations.
Advanced aerodynamics play a crucial role in the automotive industry, where efficiency and performance are paramount. Companies specializing in the design and manufacture of vehicles increasingly leverage aerodynamic principles to reduce drag, enhance fuel efficiency, and improve overall vehicle stability. This not only leads to the production of faster, more economical cars but also contributes significantly to reducing carbon emissions, aligning with global sustainability goals. In the realm of civil engineering and architecture, the application of advanced aerodynamics is transforming the way buildings and structures are designed. By analyzing wind patterns and flow dynamics, engineers can create structures that withstand high wind speeds and natural disasters more effectively. This innovative approach not only ensures the safety and durability of buildings but also optimizes airflow to reduce cooling costs, demonstrating a commitment to environmental sustainability. The aerospace industry benefits extensively from advancements in aerodynamics, particularly in the design and operation of aircraft. This sector applies aerodynamic principles to enhance the lift-to-drag ratio, optimizing aircraft performance and fuel efficiency. Such improvements not only reduce operational costs for airlines but also minimize the environmental impact of air travel by lowering CO2 emissions. This demonstrates the industry's ongoing efforts to balance technological progress with ecological responsibility.
Advanced aerodynamics, a field pivotal in enhancing the efficiency and performance of vehicles and aircraft, currently spans various Technology Readiness Levels (TRLs) due to its broad application spectrum. At the fundamental research end, innovative aerodynamic concepts and materials are at TRL 1-3, where basic principles are observed and reported, and active R&D is initiated to prove the feasibility of these concepts. As these technologies advance into the experimental and prototype phases, they reach TRL 4-6, where components and systems undergo validation in laboratory settings or in relevant environments. Some cutting-edge aerodynamic technologies, such as laminar flow control and adaptive wing designs, are at this mid-range TRL, undergoing rigorous testing to ensure reliability and performance enhancements. The most mature aerodynamic technologies, which include winglet design and vortex generators, have achieved TRL 7-9. These technologies have been fully integrated, demonstrated in operational environments (such as commercial aviation), and are now considered standard practices in the industry. The progression through TRLs for advanced aerodynamics is driven by extensive research, iterative testing, and a relentless pursuit of efficiency gains, showcasing a dynamic field that continuously evolves as new discoveries and innovations are applied to practical applications.
In the Short-Term, advancements in advanced aerodynamics are expected to focus on enhancing fuel efficiency and reducing emissions for aviation and automotive industries. Emerging technologies, such as active flow control, which uses sensors and actuators to optimize airflow around vehicles, are on the brink of becoming mainstream. These innovations promise to improve performance while minimizing environmental impact, with several prototypes already undergoing testing. The Mid-Term phase will likely see the integration of artificial intelligence (AI) and machine learning algorithms to dynamically adjust vehicle aerodynamics in real-time. This will be based on various factors, including speed, weather conditions, and vehicle load. The development of morphing structures, capable of changing shape to maintain optimal aerodynamics, will also play a crucial role. This period will mark a significant transition towards more personalized and efficient transportation methods, with pilot projects in advanced stages of development. Looking into the Long-Term, the focus will shift towards the application of nanotechnology and new materials in aerodynamics. These materials will enable the creation of ultra-lightweight, yet incredibly strong vehicle frames with self-healing properties. Additionally, the advent of quantum computing is expected to revolutionize aerodynamic modeling and simulation, leading to groundbreaking designs that could significantly reduce travel times and further cut emissions. In this era, the boundary between air and space travel might begin to blur, as vehicles become capable of operating efficiently in both realms.
