Using two Quanser Shake Table II units in an XY configuration is a cost-effective method to build a dual-axis motion platform for exploring more advanced dynamics analysis topics and performing research relating to earthquake loss reduction.
Quanser Shake Table I-40 meets the Mola Structural Model Kit! What a great combination for demonstrating various structural dynamics concepts!
Watch R&D Engineer Simon Whitmell analyze the control theory behind several viral videos of the SpaceX Starship landing and attempt to recreate them with a Quanser QUBE-Servo 2 and a Quanser AERO.
Explore TecQuipment's Mobile Laboratory-Scale Thermal Power Plant with Steam Turbine (TD1060V) - an innovative educational tool for teaching fundamental thermodynamics. Unlock engaging experiments and interactive learning on our website.
In the webinar "Research on Experimental Dynamics at the University of Rijeka – Rocking, Self-Organisation, and Multiple-Support Excitation," Dr. Gordan Jelenic and his Ph.D. students, Nina Ceh and Miran Tuhtan from the University of Rijeka introduced a unique seismic laboratory at the Faculty of Civil Engineering, featuring uniaxial and two biaxial shake tables. They highlighted the current...
The QUBE-Servo 2 is the only fully integrated lab experiment that covers the spectrum of controls topics from undergraduate linear control concepts to graduate level non-linear controls.
We are almost a quarter through the 21st century, yet Self Driving Cars are still in their infancy. Join us for an exciting webinar where we begin to ask intriguing questions about the future of Self Driving technologies. We will cover the investments required for infrastructure (physical, virtual, and mixed) and the necessary architectures for researchers to take full advantage of the age of...
In this webinar, we will show how to use the MathWorks System Identification Toolbox to identify the model of the system. A PID-based cascade control is then designed to regulate the rotor speed and pitch position. The MathWorks Symbolic Math Toolbox is used in the third-order PID control design.
A demo of Quanser Virtual AERO, a digital version of a physical product, Quanser AERO, that looks, behaves, and can be measured and controlled using MATLAB/Simulink and other platforms exactly as the real systems would be.
Looking to jumpstart your autonomous vehicles research and turn out results in a very short time? Check the new innovation from Quanser unleashed in the drone research space: the Autonomous Vehicles Research Studio.
