Contact AeroLabra
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Contact Information
Reach out to discuss experimental design, testing options, or custom research services
Headquarters
100 Queen St W, Toronto, ON M5H 2N1, Canada
Phone
+1 (416) 612-8561
info@aerolabra.pro
Advanced Airflow Concept-Lab
At AeroLabra’s concept-lab, we blend experimental setups with computational modeling to study airflow, pressure distribution and vortex patterns around engineering prototypes. Our facility is designed to accommodate a wide range of samples, from small-scale components to full-size sections, ensuring accurate data capture and in-depth insight into flow behavior.
Wind Tunnel Testing
Precision-controlled wind tunnel experiments to analyze aerodynamic performance under varied airflow conditions, aiding in design refinement.
Particle Image Velocimetry
High-resolution visualization of fluid flow using laser-based techniques to capture detailed movement patterns and velocity fields.
Computational Fluid Dynamics
Custom CFD simulations with in-house algorithms to predict flow behavior and pressure gradients across complex geometries.
Sensor Integration
State-of-the-art sensor arrays for real-time data acquisition of temperature, pressure, and flow rates in physical prototypes.
Discover how our concept-lab can accelerate your design cycles and deepen your understanding of aerodynamic phenomena.
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Specialized Movement Studies
We offer tailored services that explore fluid-structure interactions, environmental flow effects and micro-scale movement analysis. Our experiments and simulations are designed to reveal nuanced insights into the dynamics of airflow and movement across a variety of applications.
Partner with AeroLabra to access custom experiments, quantitative reporting and expert consultation for projects in aerospace, architecture and environmental engineering.
Get StartedEnvironmental Flow Research
Evaluate wind patterns around urban spaces or natural landscapes to optimize designs for comfort and safety.
Real-Time Velocity Mapping
At AeroLabra, our concept-lab offers advanced measurement systems including laser Doppler velocimetry and hot-wire anemometry to capture instantaneous flow velocity fields. This allows researchers to observe turbulent eddies, boundary layer transitions, and complex wake interactions under carefully controlled conditions. Customized sensor arrays integrate with our data acquisition software to provide high-frequency temporal resolution and spatial accuracy, aiding in the analysis of aerodynamic performance and fluid-structure interactions.
Modular Wind Tunnel Configurations
Our modular wind tunnel platforms at AeroLabra let you quickly adapt the test section geometry and flow conditioning components to suit various scale models and prototypes. Configurable mounting systems support different angles of attack, yaw rotations, and crossflow conditions, facilitating comprehensive parametric studies. The facility includes both open- and closed-loop circuits with interchangeable settling chambers, honeycomb flow straighteners, and adjustable contraction ratios for optimal flow uniformity.
Human-Movement Interaction Testing
We specialize in capturing the interplay between human subjects and airflow using motion capture systems synchronized with particle image velocimetry. This capability enables studies on athletic performance, ergonomic design, and personal protective equipment optimization. Our lab environment maintains precise climate control, ensuring repeatability in temperature and humidity while tracking kinematic data and flow structures simultaneously for comprehensive biomechanical analysis.
