SMART SOFTWARE FOR IMAGING SOLUTIONS. Complex Tasks Made Easy With DynamicStudio

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1 SMART SOFTWARE FOR IMAGING SOLUTIONS Complex Tasks Made Easy With DynamicStudio

2 A magnetic mixing experiment in micro scale, displaying the fingering pattern of the Labyrinthine instability between the magnetic fluid (blue) and solvent (red). Courtesy of University of Latvia, Department of Physics.

3 Rising bubble column visualization. Modern Imaging Applications Require the Most Advanced Software Platform - DynamicStudio Is the Solution DynamicStudio DynamicStudio is the revolutionary software platform for advanced imaging experiments, including easy set-up and control of hardware, data acquisition and storage, fast analysis and presentation of results. The user interface is intuitive with plug-and-play connection of cameras, synchronization devices and other hardware. Increasing camera resolution, frame rate and the simultaneous use of multiple cameras generate huge amounts of data. DynamicStudio handles the data intelligently by distributing data acquisition, storage and processing to GPUs and any number of PCs over a network. This combined with a flexible database structure and advanced analysis, post-processing and visualization modules including support for 3D vision displays and glasses make DynamicStudio capable of covering the widest range of applications.

DynamicStudio Covers All Your Applications Fluid Dynamics Velocity and turbulence mapping, 2 or 3 velocity components by 2D Least Squares

3D LSM Fluid temperature or concentration measurements by Laser-Induced Fluorescence (LIF) Mixing Phenomena Liquid mixing by LIF Gas mixing by

by LIF/Mie scattering Combustion Diagnostics Species concentrations (CO, NO, OH, CH, HCHO and others) by combustion LIF (C-LIF) Flame front

stereoscopic Particle Image Velocimetry.

4 DynamicStudio Covers All Your Applications Fluid Dynamics Velocity and turbulence mapping, 2 or 3 velocity components by 2D Least Squares Matching (LSM), Particle Image Velocimetry (PIV), Time Resolved PIV (TR-PIV), Volumetric Particle Tracking Velocimetry (PT)V, Tomographic PTV and 3D LSM Fluid temperature or concentration measurements by Laser-Induced Fluorescence (LIF) Mixing Phenomena Liquid mixing by LIF Gas mixing by LIF Particle Diagnostics Particle size and velocity by Interferometric Particle Imaging (IPI), Shadow Sizing and PTV Sauter Mean Diameter mapping by LIF/Mie scattering Combustion Diagnostics Species concentrations (CO, NO, OH, CH, HCHO and others) by combustion LIF (C-LIF) Flame front visualization Soot concentration by Laser-Induced Incandescence (LII) Gas temperature by Rayleigh Scattering Results of a wake flow measured by stereoscopic Particle Image Velocimetry. Visualization of a travelling ring vortex as a result of a time resolved volumetric particle tracking experiment (Courtesy of Christoph Brücker, TU Freiberg). Interference fringes that can be processed to droplet diameters using Interferometric Particle Imaging (IPI).

Spray droplets from an agricultural spray nozzle visualized by fluorescent background illumination and Shadow Imaging (Courtesy of

Stability Analysis and Detection of Coherent Structures Get more out of your scalar and vector data by stability analysis and uncovering

Decomposition (OPD) Identification of coherent structures also from non time resolved data.

Visualization module with advanced capabilities Create publishing quality 2D and 3D graphics and animations from your measured data No

5 Spray droplets from an agricultural spray nozzle visualized by fluorescent background illumination and Shadow Imaging (Courtesy of Lechler GmbH). Stability Analysis and Detection of Coherent Structures Get more out of your scalar and vector data by stability analysis and uncovering of dynamically relevant spatial and temporal coherent structures using the most advanced decomposition technique Oscillating Pattern Decomposition (OPD) Identification of coherent structures also from non time resolved data. Uncover the structures containing the most energy in your flow using Proper Orthogonal Decomposition (POD) Visualization New integrated Visualization module with advanced capabilities Create publishing quality 2D and 3D graphics and animations from your measured data No need for expensive third party graphics programs No exporting and re-importing of data; all data is retained in DynamicStudio OH* chemiluminescence from a slightly turbulent atmospheric flame at around 309 nm with gate times 100 µs, 1 ms and 10 ms respectively. OH LIF image of the same gas burner flame as to the left.

DynamicStudio Makes Complex Measurements Easy Easy Set-up with Plug-and-Play Forget about setting up your system and typing complicated system parameters.

Automated Measurements With the Acquisition Manager you can set up a series of measurements each with different settings (e.g. traversing position, laser pulse separation or frame rate).

Maximum Frame Rate with Distributed Acquisition Full frame rate on all cameras in multi-camera set-ups such as stereo PIV or Volumetric Velocimetry, LIF or large area applications with image

6 DynamicStudio Makes Complex Measurements Easy Easy Set-up with Plug-and-Play Forget about setting up your system and typing complicated system parameters. DynamicStudio automatically recognizes devices plugged into a PC in the network, and configures them. Cable Connection Wizard The cable connection diagram guides you through the cabling of the system. Automated Measurements With the Acquisition Manager you can set up a series of measurements each with different settings (e.g. traversing position, laser pulse separation or frame rate). This automatically controls attached devices such as cameras, lasers and traversing systems. Maximum Frame Rate with Distributed Acquisition Full frame rate on all cameras in multi-camera set-ups such as stereo PIV or Volumetric Velocimetry, LIF or large area applications with image stitching Long measurement series - each PC has storage capacity for the camera connected to it Remote control - the image acquisition system can be in the lab and the control PC in a different room Scalable performance - number of cameras, or storage capacity easily upgraded by adding PCs Different camera types can be combined Diagram showing how to connect synchronization cables between the auto-detected devices. User interface to the Acquisition Manager allowing control of traverses and definition of complex automated measurements.

State-of-the-art database tools provide these advantages: Capacity to store thousands of images as required for good statistics or long time series Simple and robust data management All set-up

7 Instantaneous concentration map derived from Laser- Induced Fluorescence (LIF) measurements of a jet in cross flow. Fast Data Access with Distributed Database Data can be stored on separate PCs in a network, yet accessed from one PC. The master database keeps track of the distribution of the data. State-of-the-art database tools provide these advantages: Capacity to store thousands of images as required for good statistics or long time series Simple and robust data management All set-up parameters are stored with each experiment Full documentation of hardware and data processing parameters Fast Results with Distributed Analysis The distributed architecture is very powerful for data analysis; the data is analyzed on the PC that has stored the data. This has several advantages: Reduction of data processing time by parallel computing Reduction of data transfer time Batch Processing for Automated Analysis Analyze vast amounts of data swiftly and consistently: Pre-define analysis sequences Re-use analysis sequences on new data sets Even the most complex analysis sequences can be defined and applied to different ensembles and handed over to Distributed Analysis using batch processing.

8 About Dantec Dynamics Dantec Dynamics is the leading provider of laser optical measurement systems and sensors. Since 1947 we have provided solutions for customers to optimize their component testing and products. Our large number of customers benefit from our quality solutions within: Fluid Mechanics Thermal Comfort Strain, Stress & Vibration Particle Characterization Microfluidics Non-destructive Testing Combustion Diagnostics Paper Process Optimization Disatac Tachometers Worldwide representation From our six offices and more than 30 representatives worldwide we approach our customers individually. We examine the specific needs and find the best solution for you. For us you are a long-term partner in improving efficiency, safety and quality of life. A list of representatives is available at our website. DENMARK (headquarters) Dantec Dynamics A/S info@dantecdynamics.com FRANCE Dantec Dynamics S.A.S. france@dantecdynamics.com GERMANY Dantec Dynamics GmbH germany@dantecdynamics.com JAPAN Dantec Dynamics K.K. japan@dantecdynamics.com UNITED KINGDOM Dantec Dynamics Ltd. uk@dantecdynamics.com USA Dantec Dynamics Inc. usa@dantecdynamics.com Publication No.: 260_v4 The specifications in this document are subject to change without notice. Dantec Dynamics is trademark of Dantec Dynamics A/S. Dantec Dynamics, a Nova Instruments company

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