・Python for Mechanical Engineers: Why and How to Switch to Python[55:53]
・NumPy \u0026 Pandas for Data Analysis: Python for Mechanical Engineers[54:00]
・Generate Beautiful \u0026 Interactive Plots Using Plotly: Python for Mechanical Engineers[50:26]
・Simplifying Vibration \u0026 Shock Analysis with the enDAQ Python Library[56:27]
・Custom Analysis of Real Shock \u0026 Vibration Data with Python and the enDAQ Open Source Library[50:46]
・How to Calculate a Power Spectral Density with Python[11:53]
・Engineers Analyze Running | Where the Data Meets the Road[23:35]
・Analyzing Vibration Data with Varying Frequency Content[14:47]
・Comparing the PSD to the Simple Fourier Transform for Vibration[16:16]
・Calculate a Better FFT by Leveraging the PSD[10:38]
・Getting Started with Python: Colab[24:00]
・Getting Started with Python: Jupyter[22:29]
・enDAQ Overview[13:19]
・What is the New enDAQ Platform?[2:53]
・How to Choose a Shock, Vibration, and Environment Sensor[2:37]
・enDAQ's Data Acquisition and Analysis Services[0:48]
・How to Analyze Shock and Vibration Data with enDAQ Software[2:21]
・Learn about enDAQ's LED Indicators[1:58]
・Shock and Vibration Testing Overview: Webinar[55:58]
・How to Calculate the Top Vibration Metrics for Long-Term Maintenance[48:04]
・Webinar: Analyzing Vibration Examples with Free Software Toolbox[17:01]
・5-Minute Crash Course in Shock Analysis[8:20]
・How to Generate Interactive and Customized Shock \u0026 Vibration Analysis Reports in the enDAQ Cloud[49:24]
・How to Calculate a Resultant Velocity PSD[14:22]
・How to Calculate Velocity from Acceleration Data[19:32]
・How to Analyze Acceleration Data in Python with Google Colab[6:24]
・How to Analyze Acceleration as a Function of RPM from Recorded Data in Python with Google Colab[7:16]
・How to Generate White Noise from Input PSD in VibrationData Toolbox and Export into Excel[6:23]
・Guess the Vibe - Barney[5:44]
・Vibration Analysis: Train on a Bridge[6:37]
・Guess the Shock: Shock Event Analysis Tutorial of Trash Pick Up[9:21]
・Piezo.com Introduction[1:20]
・What is Pyroelectricity?[4:26]
・How to Safely Handle Piezo Material[1:30]
・Tip Tuesday: Soldering Joints on to Piezo Transducers[9:46]
・Forced Convection with Solid State Piezoelectric Fan[0:48]
・Piezoelectric Fan Advantages - Your Questions Answered[9:21]
・Piezo Power Ultrasonics | The History. The Mystery. The Science.[26:10]
・Learn about our Marine Solutions[2:02]
・OMNI Series Bulkhead Shaft Seals | Mide Marine Solutions[0:19]
・Reliant HD Bulkhead Shaft Seal | Mide Marine Solutions[0:19]
・Reliant YM Bulkhead Shaft Seal | Mide Marine Solutions[0:19]
・Stern Tube Seals | Mide Marine Solutions[0:20]
・HydroActive Bulkhead Seal Demonstration | Mide Marine[1:43]
・Mide's Hydrogel Bulkhead Shaft Seal[0:33]
・Bulkhead Shaft Seals | HydroActive Technology[1:21]
・Stern Tube Seal | 100% Water Lubricated[0:41]
・What can piezos do | The Piezo Protection Advantage[0:55]
・Active Damping with QuickPack Piezo Transducers[0:57]
・QuickPack Piezoelectric Actuator and Sensor | Mide Technology[1:06]
・Piezo Fan Demonstration | Mide Technology[1:10]
・Vibration Energy Harvesting with Piezo Ceramics | Volture Vibration Energy Harvester[1:13]
・Sensing and Actuating with Piezoelectric Transducers[1:03]
・Advantages of Piezoelectric Actuators in Haptic Feedback Applications[1:56]
・Volture Vibration Energy Harvester[0:30]
・Shape Memory Alloy Starter Kit | Mide Technology[1:33]
・Soft Wearable Sensors Evaluation Kit Interview[3:08]
・Vibration Energy Harvesting using Mide Technology's Volture Products[4:23]
・HydroActive Bulkhead Seal Demonstration | Mide Marine[1:43]
・enDAQ in Python: Pandas DataFrames - Part 2/3[3:06]
・enDAQ in Python: Applying Transforms to Your Data - Part 3/3[3:22]
・enDAQ in Python: Recording Data Hands-Free[4:58]
・enDAQ in Python: Intro to IDEs, Channels \u0026 Subchannels - Part 1/3[7:34]
・Getting Started with Python: Spyder[21:23]
・Getting Started with Python: Anaconda[5:30]
・enDAQ LAB: Overview[2:53]
・enDAQ LAB: Configuration Introduction[1:41]
・enDAQ LAB: General Configuration[4:02]
・enDAQ LAB: Triggers Configuration[5:49]
・enDAQ LAB: Sensor Measurements Configuration[4:29]
・enDAQ LAB: Calibration and Recorder Info Tab[1:34]
・enDAQ LAB: Scripting[3:10]
・enDAQ LAB: Software Overview[10:10]
・enDAQ LAB: Recording Properties[2:53]
・enDAQ LAB: Rendering[2:23]
・enDAQ LAB: Export[4:13]
・enDAQ LAB: Summarizer Code[2:52]
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