ILA R&D: We provide solutions for the application areas:

Laser Doppler Velocimetry (LDV) or Laser Doppler Anemometry (LDA) is suitable for the pointwise non intrusive velocity measurement with extreme low measurement uncertainty. It is special designed for calibration industry and research applications.  more

Filtered Rayleigh Scattering (FRS) is designed for the simultaneous measurement of temperature, velocity and pressure fields up to 2000 Kelvin. Works without seeding. For automotive and aerospace industry… more

Doppler Global Velocimetry (DGV) is a appropriate planar method for the measurement of high velocities with high spatial resolution. Can easily be upgraded to FRS. Nowadays used for motor design in automotive industry. more

News

NEW: industrial LDV (iLDV) – Developed for anyone who previously thought LDV was too complicated and expensive! A must-have for any flow lab. 150 150 ILA R&D GmbH

NEW: industrial LDV (iLDV) – Developed for anyone who previously thought LDV was too complicated and expensive! A must-have for any flow lab.

The new iLDV system enables industrial grade unshifted Laser Doppler Measurements in a compact and lightweight footprint. A new plugin for our battle tested LDA Control software (Life Time licence without subscription) allows the flexible usage of an external USB powered ADC on any recent Windows Computer or Laptop. This system offers a robust, easy…

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Project SINATRA: How the aircraft engines of tomorrow can be tested particle-free 150 150 ILA R&D GmbH

Project SINATRA: How the aircraft engines of tomorrow can be tested particle-free

One of the most difficult challenges when planning experiments is to ensure that the phenomena to be measured are not altered by the measurement method itself. Air flows in engine intakes are currently assessed using invasive test methods. Alternative, non-invasive methods require the introduction of particles so that flow distortions can be observed – and…

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New Published paper on Filtered Rayleigh Scattering, Experimental Thermal and Fluid Science from January 2025 150 150 ILA R&D GmbH

New Published paper on Filtered Rayleigh Scattering, Experimental Thermal and Fluid Science from January 2025

We are excited to share our latest research titled: „Advancements on the Use of Filtered Rayleigh Scattering (FRS) with Machine Learning Methods for Flow Distortion in Aero-Engine Intakes.“ Our recently published research can be read here. This publication was produced in cooperation with Cranfield University, Aarhus University, University of Sydney and Berliner Hochschule für Technik.…

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