German Aerospace Center (DLR)

Institute of Aerodynamics­ and Flow Technology

Topic

Numerical Simulation

Multidisciplinary numerical simulation and optimization in flight physics is key to accelerating the introduction of innovative technologies for more economical, environmentally friendly and safer flying.

Topic

Measurement Techniques

Aeroacoustic design and analysis - For these activities, also known as noise research, we use numerical simulation methods and experimental investigations.

Topic

Conceptual Aircraft Design

Conceptual aircraft design and configuration analysis are important factors for more efficient aircraft with significantly reduced climate impact.

Topic

Aerodynamic Design

Aerodynamic design and aerodynamic analysis are among our main areas of research and play key roles in the development of climate-friendly aircraft.

Topic

Aeroacoustic Design

Aeroacoustic design and analysis - For these activities, also known as noise research, we use numerical simulation methods and experimental investigations.

Topic

Hypersonic and Space Vehicles

The aerothermodynamic analysis and design activities of our institute are concerned with research for current and future space transportation vehicles.

Topic

Aerodynamics of Ground Vehicles

The reduction of greenhouse gas emissions and the ventilation of passenger compartments are the focus of our research into the aerodynamics of ground vehicles.

Topic

Energy Systems

With our aerodynamic and aeroacoustic design of energy systems, we are meeting the challenges of the energy transition.

News from our institute

Retrofit technologies significantly reduce aircraft noise
March 14, 2025

Retrofit technologies significantly reduce aircraft noise

Aircraft noise affects millions of people, particularly those living near airports. As part of the project, researchers at DLR have achieved promising results in the field of aviation noise pollution.

Enhancing climate compatibility for commercial aircraft through intelligent load control
February 28, 2025

Enhancing climate compatibility for commercial aircraft through intelligent load control

Flying needs to become more comfortable and efficient. One way to achieve this is by using intelligent load control systems capable of proactively responding to wind gusts and manoeuvres, and adjusting control surfaces and flaps at lightning speed.

DLR measurement container delivers insights into freight train aerodynamics
December 9, 2024

DLR measurement container delivers insights into freight train aerodynamics

Over recent months, a unique measurement container developed by DLR has travelled thousands of kilometres on freight trains across Europe. Its task is to collect comprehensive data on the aerodynamics of freight trains for the first time, using an automated process.

Accelerating climate-compatible flying with AI
November 4, 2024

Accelerating climate-compatible flying with AI

The path to climate-compatible flying involves energy-efficient aircraft, low-emission engines and optimised flight paths. Digitalisation can accelerate these developments, for example by simulating the airflow around an aircraft – requiring high-performance computers to process vast quantities of data.

all news

Insight into aerodynamics research

Aerodynamics - key technology for the aviation of the future
The air transport of tomorrow will be environmentally friendly, safe, quiet and efficient. Aerodynamics can influence almost all flight characteristics - it can be used to improve lift, drag and therefore speed and range as well as noise characteristics. With its aerodynamic research, the German Aerospace Centre (DLR) has a key technology for the aviation of the future.

Aerodynamics - key technology for the aviation of the future

Your consent to the storage of data ('cookies') is required for the playback of this video on Quickchannel.com. You can view and change your current data storage settings at any time under privacy.

Aerodynamics - key technology for the aviation of the future
The air transport of tomorrow will be environmentally friendly, safe, quiet and efficient. Aerodynamics can influence almost all flight characteristics - it can be used to improve lift, drag and therefore speed and range as well as noise characteristics. With its aerodynamic research, the German Aerospace Centre (DLR) has a key technology for the aviation of the future.

Careers and Education

Vacancies

We offer attractive job opportunities that provide exciting and challenging roles in an interdisciplinary and international environment. Whether you're aiming for a career in research or looking to contribute your skills in administration, communication, or IT – our institute is always on the lookout for new talent to join our team!

Information for students

Put your knowledge into practice with us: work on exciting projects, enhance your skills, and gain valuable experience for your future. Whether it's data analysis, programming, web design, or library work – as a student assistant, you'll take on diverse and engaging tasks. We also offer inspiring topics for your study projects and dissertations. Shape your academic journey and become part of our team!