Arduino Sound Level Meter
Arduino, Engineering, ElectronicsJoshua HriskoDecibel, dB, Sound Level Meter, Sound, Acoustics, Analog, Arduino, Arduino IDE, Bluetooth, Voltmeter, LiPo, Battery, Logarithm, Subway, Loudness, Frequency, Engineering, Engineer, Audio, Raspberry Pi Audio, Acoustics and Vibration, SPL, Sound Pressure Level, Sample Rate, Sampling
Induction-Powered Wireless LED Light Bulb Using Qi Charger Parts
Electronics, EngineeringJoshua HriskoQi, Qi Charger, Qi Standard, Wireless, Qi LED, Qi Light, Wireless Light Bulb, Light Bulb, LEDs, Induction, Inductive Coupling, Wireless Power, TP4056, Electronics, Electromagnetic, Electromagnetism, Wireless Charging, Engineer, Engineering
Arduino Light Sensor - TSL2561 and Experiments with Infrared and Visible Light
Arduino, EngineeringJoshua HriskoTSL2561, Arduino Uno, Light, Photoelectric Effect, Human Eye, Electromagnetic Spectrum, Luminosity Sensor, Experiment, Photodiode, Infrared Photodiode, LED, Engineer, Engineering, Physics, electromagnetic, Electronics, Electromagnetic, Arduino TSL2561, Arduino Sensor, Arduino Light Sensor, Sensor
Heat Transfer of the Raspberry Pi Using Arduino, An Infrared Thermometer, and Type-K Thermocouple
Arduino, Data Analysis, Engineering, Editor's Picks, Raspberry Pi, Programming, PythonJoshua HriskoHeat Transfer, Broadcom, heat, CPU, Arduino Uno, Arduino, Thermocouple, MLX90614, MAX6675, IR, Infrared, Wiring, Temperature, GitHub, Ceramic, Aluminum, Sparkfun, Adafruit, Python, Serial Port, Serial, pySerial, Loop, Stress, Convection, Conduction, Nusselt Number, Empirical, Heat Sink, Aero-Thermal, Raspberry Pi, Heat Transfer Arduino, Arduino Heat, Arduino Heat Engineer, Arduino Heat Transfer, Arduino Engineering Heat Transfer, Engineer, Engineering
Liquid Crystal Displays and Pixels
EngineeringJoshua HriskoLCD, Liquid Crystals, Liquid Crystal Display, How LCDs Work, LCD Physics, LCD Engineering, Engineering, Engineer, Physics, Pixels, RGB, Polarized Light, Electrodes, Electronics, Backlight, Liquid Crystal Layer, Education, Crystals, Twisted Nematic, Subpixel
Disassembling a Pair of Bluetooth Headphones
Investigating Turbulent Channel Flow for Low Reynolds Number Using RANS
Introduction To Capacitive MEMS Accelerometers and A Case Study On An Elevator
Bluetooth, Most Popular, Engineering, Data Analysis, Python, Raspberry Pi, ArduinoJoshua HriskoMEMS, Aero-Thermal, MEMS Accelerometer, Arduino Accelerometer, Arduino MEMS, Arduino Calibration, MEMS Accel, Mass-Spring Analogue, Mass-Spring System, Capacitive MEMS Accelerometer, Accelerometer on an Elevator, Accelerometer Elevator, Elevator Acceleration, Trapz, 2018 #2
Acoustic Signature of a Tea Kettle
Engineering, Data Analysis, Raspberry PiJoshua HriskoAero-Thermal, Acoustics, Waves, Tea Kettle, Vibration, Acoustics and Vibration, Standing Wave, Helmholtz Resonators, Resonator, Mass-Spring System, Spectrogram, Engineer, Engineering, Wave, Signal Processing, Digital Signal Processing, Acoustic Analysis, Audio, Raspberry Pi Audio
A Heat Transfer Experiment with Coffee
Engineering, Python, Raspberry Pi, ArduinoJoshua HriskoHeat Transfer, Nespresso, Newton, Newton's Law of Cooling, Thermodynamics, Calculus, Differential, Temperature, Logarithm, Arduino Experiment, Raspberry Pi Datalogger, Thermocouple, MAX6675, Experiment, GitHub, Data Acquisition, Data Analysis, Aero-Thermal, ENGR101, Heat Transfer Arduino, Arduino Heat Transfer, Arduino MAX6675, Arduino Temperature, Arduino Thermocouple, Arduino Thermocouple Project, Thermocouple Arduino, MAX6675 Arduino, MAX6675 Project, MAX6675 Thermocouple, MAX6675 Arduino Project, Arduino Thermocouple MAX6675, Arduino Thermocouple Experiment, Arduino Engineering, Arduino Engineering Heat Transfer, Arduino Heat, Arduino Engineer, Arduino Heat Engineer, Arduino Engineering Tutorial, Arduino Project, Raspberry Pi, Differential Equation, Engineer, Engineering
On The Importance of Datasheets
Engineering Paper - A Different Perspective
