Канал: Charles Xie

Calculating the Value of π using a Monte Carlo Method with iFlow

Calculating the Value of π using a Monte Carlo Method with iFlow

Solar trackers

Solar trackers

GIS/CAD Integration in Aladdin

GIS/CAD Integration in Aladdin

Building energy simulation of an energy-plus house in Aladdin

Building energy simulation of an energy-plus house in Aladdin

Heatmap analysis of solar radiation in Aladdin

Heatmap analysis of solar radiation in Aladdin

The White House under a heliodon

The White House under a heliodon

Solar farm generative design with Aladdin

Solar farm generative design with Aladdin

Designing a solar farm with artificial intelligence using Aladdin

Designing a solar farm with artificial intelligence using Aladdin

Mixed-Reality Brownian Motion Using iFlow

Mixed-Reality Brownian Motion Using iFlow

Blinking LED lights with iFlow

Blinking LED lights with iFlow

Visual Code for a Fern Generator Using iFlow

Visual Code for a Fern Generator Using iFlow

Sound in iFlow

Sound in iFlow

A simple example of parametric design using iFlow

A simple example of parametric design using iFlow

Flow Controllers in iFlow

Flow Controllers in iFlow

Math Blocks in iFlow

Math Blocks in iFlow

iFlow visual block code example

iFlow visual block code example

Explaining the paper-on-cup experiments to science teachers

Explaining the paper-on-cup experiments to science teachers

Add yeast to hydrogen peroxide (3%)

Add yeast to hydrogen peroxide (3%)

Hydrogen peroxide and yeast under a thermal camera

Hydrogen peroxide and yeast under a thermal camera

July 20, Quincy, MA

July 20, Quincy, MA

July 22, Quincy, MA

July 22, Quincy, MA

Thermal video analysis

Thermal video analysis

Thermal imaging of respiration

Thermal imaging of respiration

Paper on cup

Paper on cup

A scientific illustration of yin and yang

A scientific illustration of yin and yang

Thermal imaging reveals hydration enthalpy of cellulose on a piece of paper towel

Thermal imaging reveals hydration enthalpy of cellulose on a piece of paper towel

Using a PIR Motion Sensor to Trigger LED Lights

Using a PIR Motion Sensor to Trigger LED Lights

Infrared light beam emitted from VL53L0X as seen by a smartphone camera

Infrared light beam emitted from VL53L0X as seen by a smartphone camera

Using a VL53L0X Time-of-Flight Sensor to Measure the Frequency of a Pendulum

Using a VL53L0X Time-of-Flight Sensor to Measure the Frequency of a Pendulum

A rotational pattern on two connected SK9822 LED strips

A rotational pattern on two connected SK9822 LED strips

Rainbow in darkness on a LED strip

Rainbow in darkness on a LED strip

Rainbow HAT Extension: An RGB LED Strip

Rainbow HAT Extension: An RGB LED Strip

An Emulator of the Rainbow HAT on Raspberry Pi

An Emulator of the Rainbow HAT on Raspberry Pi

A cyber-physical system for Rainbow HAT on Raspi

A cyber-physical system for Rainbow HAT on Raspi

Energy2D on Raspberry Pi 3 Model B

Energy2D on Raspberry Pi 3 Model B

A cyber-physical system for Rainbow HAT and Raspberry Pi

A cyber-physical system for Rainbow HAT and Raspberry Pi

Resizing graph in SmartIR

Resizing graph in SmartIR

360° Infrared Panorama using SmartIR: Improved UI

360° Infrared Panorama using SmartIR: Improved UI

360° Infrared Panorama using SmartIR

360° Infrared Panorama using SmartIR

Finding the previously tagged viewpoints in SmartIR

Finding the previously tagged viewpoints in SmartIR

Geotagging in SmartIR with GPS

Geotagging in SmartIR with GPS

Geotagging in SmartIR

Geotagging in SmartIR

Time and space graphs in SmartIR

Time and space graphs in SmartIR

Basic functionalities of SmartIR V0.0.2

Basic functionalities of SmartIR V0.0.2

Project Snake Eyes: Tracking Humans with Thermal Vision

Project Snake Eyes: Tracking Humans with Thermal Vision

Generative design of the heliostat field based on parametric modeling and genetic algorithm

Generative design of the heliostat field based on parametric modeling and genetic algorithm

Using Artificial Intelligence to Design a Solar Farm

Using Artificial Intelligence to Design a Solar Farm

Artificial intelligence for engineering design: Optimizing building locations in an urban block

Artificial intelligence for engineering design: Optimizing building locations in an urban block

Artificial intelligence for engineering design: Optimizing window sizes using a genetic algorithm

Artificial intelligence for engineering design: Optimizing window sizes using a genetic algorithm

Artificial Intelligence for Engineering Design: Solar Farm Optimization

Artificial Intelligence for Engineering Design: Solar Farm Optimization

Simple Engineering Optimization in Aladdin Using a Genetic algorithm

Simple Engineering Optimization in Aladdin Using a Genetic algorithm

A tour of photovoltaic solar power systems in the Virtual Solar Grid

A tour of photovoltaic solar power systems in the Virtual Solar Grid

A tour of concentrated solar power plants in the Virtual Solar Grid

A tour of concentrated solar power plants in the Virtual Solar Grid

Computer simulation of linear Fresnel reflectors using the Aladdin CAD software

Computer simulation of linear Fresnel reflectors using the Aladdin CAD software

Infrared Street View Demo

Infrared Street View Demo

Solarize a house in Aladdin

Solarize a house in Aladdin

Singe-axis solar tracker

Singe-axis solar tracker

Dual-axis solar tracking system simulation with Aladdin

Dual-axis solar tracking system simulation with Aladdin

Data sonification in Visual Process Analytics

Data sonification in Visual Process Analytics

Data sonification in Visual Process Analytics

Data sonification in Visual Process Analytics

Thermal "breathing" of a house

Thermal "breathing" of a house

Visualization of heat flux from a black roof and a white roof in the winter

Visualization of heat flux from a black roof and a white roof in the winter

Dynamic heat flux view of a house

Dynamic heat flux view of a house

Energy3D design replay sample A6

Energy3D design replay sample A6

Energy3D design replay sample A18

Energy3D design replay sample A18

Energy3D design replay sample A1

Energy3D design replay sample A1

Energy analysis graph

Energy analysis graph

Building Energy Performance Analysis in Energy3D

Building Energy Performance Analysis in Energy3D

SimBuilding

SimBuilding

A molecular dynamics simulation of osmotic pressure

A molecular dynamics simulation of osmotic pressure

A Molecular Simulation of Evaporation and Condensation

A Molecular Simulation of Evaporation and Condensation

Latent Heat of Condensation: Alcohol vs. Water

Latent Heat of Condensation: Alcohol vs. Water

Candle in the Wind

Candle in the Wind

Heat of Evaporation at Room Temperature: Alcohol vs. Water

Heat of Evaporation at Room Temperature: Alcohol vs. Water

Project KTracker: Kinematic Analysis Using Kinect

Project KTracker: Kinematic Analysis Using Kinect

Motion tracking of pendulum using Kinect

Motion tracking of pendulum using Kinect

Which color of light gets absorbed more?

Which color of light gets absorbed more?

Which colors absorb more sunlight?

Which colors absorb more sunlight?

Mixed-reality electroscope

Mixed-reality electroscope

Mixed-reality electrical current simulation

Mixed-reality electrical current simulation

Augmented reality gas law simulation

Augmented reality gas law simulation

Mixed-reality thermal imaging: forced convection with a hair dryer

Mixed-reality thermal imaging: forced convection with a hair dryer

Forced convection with a hair dryer

Forced convection with a hair dryer

Mixed-reality thermal imaging: forced convection

Mixed-reality thermal imaging: forced convection

The attack of surface tension

The attack of surface tension

The stability of the Bénard-Marangoni convection cells in cooking oil

The stability of the Bénard-Marangoni convection cells in cooking oil

The formation of the Bénard-Marangoni convection cells in cooking oil

The formation of the Bénard-Marangoni convection cells in cooking oil

Mixed-reality natural convection: heat rises

Mixed-reality natural convection: heat rises

Mixed-reality natural convection: cold sinks

Mixed-reality natural convection: cold sinks

Mixed-reality thermal conduction on an LCD display screen

Mixed-reality thermal conduction on an LCD display screen

Mixed-reality thermal conduction on an LCD display screen

Mixed-reality thermal conduction on an LCD display screen

Mixed-reality thermal conduction on a projector screen

Mixed-reality thermal conduction on a projector screen

Mixed-reality thermal detector

Mixed-reality thermal detector

Mixed-reality thermal detector

Mixed-reality thermal detector

The Frame Technology for Mixed-Reality Labs

The Frame Technology for Mixed-Reality Labs

Augmented Reality Thermal Imaging: Heat Conduction

Augmented Reality Thermal Imaging: Heat Conduction

Water percolation through cardstock

Water percolation through cardstock

Four "heating zones" on a piece of paper

Four "heating zones" on a piece of paper

Comparing the heats of solution of baking soda and table salt

Comparing the heats of solution of baking soda and table salt

Adding baking soda and table salt to ice

Adding baking soda and table salt to ice

A dry leaf vs. a fresh leaf

A dry leaf vs. a fresh leaf

Adding sugar and salt to ice

Adding sugar and salt to ice

Comparing conduction, convection, and radiation from a light bulb using a half sphere

Comparing conduction, convection, and radiation from a light bulb using a half sphere

Why does brine warm up faster than ice?

Why does brine warm up faster than ice?

Why does saltwater warm up faster than ice?

Why does saltwater warm up faster than ice?

Adding salt to ice: 30 minutes later

Adding salt to ice: 30 minutes later

Saltwater, ice with salt, and ice

Saltwater, ice with salt, and ice

Adding salt to ice: freezing point depression

Adding salt to ice: freezing point depression

Do metals always feel colder?

Do metals always feel colder?

Obstructing microconvection in a cup of water

Obstructing microconvection in a cup of water

Evaporative cooling of a half-covered container

Evaporative cooling of a half-covered container

Why is the water temperature independent of the water amount?

Why is the water temperature independent of the water amount?

Capillary action on paper towel above saltwater and freshwater: Continued

Capillary action on paper towel above saltwater and freshwater: Continued

Capillary action on paper towel above saltwater and freshwater

Capillary action on paper towel above saltwater and freshwater

Why do leaves feel cooler?

Why do leaves feel cooler?

Capillary action on paper towel vs. cardstock

Capillary action on paper towel vs. cardstock

Capillary action on paper towel vs. paper

Capillary action on paper towel vs. paper

Paper hung over saltwater and freshwater

Paper hung over saltwater and freshwater

Capillary action on paper (continued)

Capillary action on paper (continued)

Capillary action on paper

Capillary action on paper

Hanging a piece of paper above cold water

Hanging a piece of paper above cold water

What warms up a piece of paper when it is above a cup of tap water?

What warms up a piece of paper when it is above a cup of tap water?

Cardstock and plastic above cold water

Cardstock and plastic above cold water

Paper cooling above ice water

Paper cooling above ice water

A double-pane window vs single-pane windows

A double-pane window vs single-pane windows

Compare different colors' abilities to absorb light energy

Compare different colors' abilities to absorb light energy

Vapor concentration vs. height from the water level

Vapor concentration vs. height from the water level

Water percolation: paper vs. plastic

Water percolation: paper vs. plastic

Heat capacity: the ability to store heat

Heat capacity: the ability to store heat

Water percolation through paper

Water percolation through paper

Vapor pressure lowering above saltwater

Vapor pressure lowering above saltwater

An infrared trap and the greenhouse effect

An infrared trap and the greenhouse effect

An infrared trap and the greenhouse effect

An infrared trap and the greenhouse effect

A temperature gradient in saturated saltwater

A temperature gradient in saturated saltwater

Radiation heat transfer between a cold water jar and a piece of paper

Radiation heat transfer between a cold water jar and a piece of paper

Radiation heat transfer between a hot water jar and a piece of paper

Radiation heat transfer between a hot water jar and a piece of paper

Why does convection stop in saltwater? (Continued)

Why does convection stop in saltwater? (Continued)

Why does convection stop in saltwater?

Why does convection stop in saltwater?

Energy3D Tutorial

Energy3D Tutorial

Forced convection

Forced convection

Why do metals feel colder than foams?

Why do metals feel colder than foams?

Plastic vs. paper as a substrate for growing water nanolayers

Plastic vs. paper as a substrate for growing water nanolayers

Natural convection: Cool air sinks

Natural convection: Cool air sinks

Vapor pressure lowering

Vapor pressure lowering

Natural convection: A horizontal view

Natural convection: A horizontal view

Natural convection: A vertical view

Natural convection: A vertical view

Molecular self-assembly

Molecular self-assembly

Visualizing the heat of solution of table salt

Visualizing the heat of solution of table salt

Condensation, evaporation, and equilibrium on a piece of paper

Condensation, evaporation, and equilibrium on a piece of paper

Worms

Worms