Srinath Srinivasan
Welcome to my Channel! I am Srinath Srinivasan. The goal of this channel is to educate everyone about various physical phenomenon that we experience in everyday life. Predominantly this channel has a strong focus on explaining various phenomenon and concepts of Sound and its applications as audio and acoustics in a clear, simple and intuitive way! I use physical visual aids for better understanding and make learning simple. Currently I'm using presentation style which make learning and grasping concepts more interesting and immersive.
Other areas that I have explored in the past include DIY (Do It Yourself) Arduino projects, creative sound effects (SFX), slow motion effects and Augmented Reality (AR).
Пример исследования: уровень звукового давления на стадионе
Multi Spectrum graphs
Case Study: Re-entry Space Shuttle Doppler effect
Accelerometer directions
Impact hammer
LEMO connectors
BNC Connectors & Cables
Surface Microphone
Logarithmic Averaging explained
Accelerometer explained
Single values in Acoustics
Converting FFT Spectrograph to 1/1 Octave Bands
Supersonic Doppler effect explained
Sonic Doppler effect
The Doppler Effect explained
Overlap in digital signal processing
Sound Diffraction explained
Triggering acoustic measurements
Wavelet Transform examples
Tolerance curves in acoustics
Real Time Analyzer (RTA) explained
Playback speed
Low background noise
Frequency Response Function (FRF) explained
Time-Frequency resolution explained
Aliasing in Digital Signal Processing
Acoustic A-weighting explained
Playback filters
Time data corruption