Fluid Mechanics Research

Fluid Mechanics Research

Fluid Mechanics Research Solutions

Advanced Measurement Instruments for Velocity, Flow, and Void Fraction Analysis

At the core of Kanomax USA’s mission is the advancement of fluid mechanics research through innovative, high-precision measurement technology. Our solutions support leading universities, engineering labs, and R&D centers engaged in complex studies involving flow behavior, turbulence, and multiphase flows under dynamic conditions.

From non-contact velocity measurement in extreme environments to highly sensitive analysis of microbubble dynamics, Kanomax instruments help researchers gather the data they need to advance science and solve real-world engineering challenges.

High-Performance Tools for Flow and Velocity Research

Kanomax’s fluid mechanics research instruments are designed for exceptional accuracy, ease of integration, and performance in both experimental and applied fluid dynamics studies.

Our specialized solutions include:

Smart Laser Doppler Velocimeter (LDV) IV

A state-of-the-art, non-intrusive velocity measurement system, ideal for high-resolution analysis of flow profiles in challenging environments such as engine combustion chambers. Its compact, rugged design supports precise measurements even in high-temperature, high-pressure setups.

Smart CTA (Constant Temperature Anemometer)

This hot-wire anemometer is engineered for detecting extremely low air velocities and turbulence levels, making it a go-to tool for detailed boundary layer studies, aerodynamic testing, and wind tunnel experiments. Perfect for educational institutions and industrial research settings alike.

Bubble Analyzer

Designed for accurate measurement of time-averaged void fractions, this instrument supports the analysis of multiphase flows, such as gas-liquid interactions in pipelines, reactors, or biomedical flow models. Ideal for understanding complex systems where traditional flow sensors fall short.

Supporting Precision in Advanced Research Applications

Kanomax’s instruments are widely used in:

  • Engine combustion research and CFD validation
  • Aerodynamic testing and boundary layer analysis
  • Wind tunnel experiments in automotive and aerospace
  • Biofluid mechanics and environmental fluid studies
  • Multiphase flow measurement in energy and process industries

Whether you’re studying turbulence dynamics or validating high-fidelity CFD models, Kanomax provides the tools needed to capture reliable, repeatable flow data in real time.

Fluid Mechanics Research Products

Kanomax Smart Laser Doppler Velocimeter IV

Smart LDV IV

A Laser Doppler Velocimeter (LDV) measures fluid velocity by utilizing coherence of laser light. It detects the Doppler shift frequency of the scattering light of particles in the fluid and calculates the velocity of the particles (fluid). With a LDV system, non-intrusive measurements without disturbing the measuring object, liquid or gas flow, are achieved.

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Kanomax Smart CTA - Model 7250

Smart CTA – Model 7250

The Smart CTA is a professional but easy-to-use hot-wire anemometer. In a compact design, two CTA units are integrated which enable not only a one-dimensional probe, but also a two-dimensional probe, to use with just one main unit.

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Kanomax BubbleMaster - Model 7961

BubbleMaster – Model 7961

The BubbleMaster measures gas-liquid two-phase flows with optical fiber sensors. It not only measures time-averaged void fraction, but also detects individual bubble size and velocity using reflected light intensity technology that changes when a bubble penetrates the tip of the wedge-shaped optical fiber.

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Kanomax Fluostar Fluorescent Particles

Fluostar Fluorescent Particles

FLUOSTAR microspheres are polymer fluorescent particles encapsulating the fluorescent dye, Rhodamine B, which emits the orange-colored fluorescence when illuminated by a green-colored laser (e.g. Nd:YAG, Nd:YLF). FLUOSTAR feature the outstanding emission efficiency of fluorescence, which are best suited for PIV applications. The strong orange-colored fluorescence may be even observed by sight using a 5 mW laser pointer.

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