9.2.1 Pascal’s Law Visualization
Pascal’s Law Fluid Pressure Simulation Pascal’s Law Demonstration This simulation demonstrates Pascal’s Law, which states that pressure in a fluid […]
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9.2.2 Fluid Pressure Visualization
3D Fluid Pressure Simulation 3D Fluid Pressure Simulation Fluid Properties Density (kg/m³): 1000 Column Dimensions Height (m): 2.0 Measurement Point
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9.2.3 barometer 3d model
Barometer 3D Model – Interactive Atmospheric Pressure Simulation Interactive Barometer 3D Model Explore Atmospheric Pressure Through Interactive Visualization Understanding Atmospheric
9.2.3 barometer 3d model Read More »
9.3 streamline flow visualization
2D Streamline Flow Simulation 2D Streamline Flow Simulation Interactive demonstration of fluid dynamics principles. Streamlines show the path that fluid
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9.4 Bernoulli’s Principle Model Visualization
Bernoulli’s Principle model – Random Particle Flow Bernoulli’s Principle Model Random Water Particle Flow Simulation Flow Properties Flow Rate (m³/s)
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9.4.1 Torricelli’s Law Experiment
Torricelli’s Law Experiment Torricelli’s Law Experiment Professional visualization of fluid efflux dynamics 0.00m/s Fluid Height (h) 1.00 m Pressure Difference
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9.4.2 Lift and Magnus Effect Simulation
Magnus Effect Simulation – Interactive Aerodynamics Learning Tool Magnus Effect Simulation Interactive 3D Physics Demonstration for Students Simulation Controls Choose
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9.5 viscosity experiment
Viscosity Experiment – Interactive Flow Simulator for Students Interactive Viscosity Experiment Simulator Visualize how viscosity affects fluid motion in real-time
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9.6 Surface Tension Simulation
Surface Tension with Bursting Effects Surface Tension with Bursting Effects Liquid Drop Soap Bubble Parameters Radius (mm): 15 Surface Tension
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9.6.3 Angle of Contact Visualization
Liquid-Solid Interface Simulation Liquid-Solid Interface Simulation Contact Angle (θ): 90° Interface Type: Water on Plastic Water on Leaf Water on
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11 Example 9.1
Femur Pressure Simulation Femur Pressure Simulation Body Mass (kg): 40 Femur Cross-Sectional Area (cm²): 10 Show Example Example Question: The
11 Example 9.2
Lake Pressure Simulation Lake Pressure Simulation Depth (meters) 0 m (surface) 10 m 20 m Show Example Example Question: What
11 Example 9.3
Atmospheric Height Simulation Atmospheric Height Simulation Air Density (kg/m³): 1.29 Sea Level Pressure (kPa): 101 Realistic Atmosphere: Show Example Example
11 Example 9.4
Submarine Pressure at Depth Submarine Pressure at Depth Depth (meters): 1000 Window Size (cm): 20 × 20 cm Show Example
11 Example 9.5
Syringe Hydraulic System – Pascal’s Principle Syringe Hydraulic System Interactive demonstration of Pascal’s Principle using syringes Applied Force (N) 10