Comparison of Calculated and Measured Depths of Resultant Hydrostatic Force on a Submerged Face
- Comparison of calculated and measured depths of resultant hydrostatic force on a submerged face.
- Hydrostatic forces on a submerged surface lab report
- Demonstration of the unbalanced hydrostatic force
- Center of hydrostatic force pressures on a submerged surface
- Locating the center of hydrostatic pressure on a submerged vertical plane surface
- Deriving the location of hydrostatic force
- Locating the centroid of a pressure force acting on a submerged body
- Measurement of hydrostatic force on a submerged surface
- Locating the center of pressure of a submerged surface due to hydrostatic forces
- Experimental location of the center of pressure on a submerged, plane surface
- Experimental measure of the center of pressure of a vertical on submerged, planar surface
- Hydrostatic force on a submerged surface
- Analysis of the resultant location for a hydrostatic force on a submerged surface
- Analyzing hydrostatic force on a submerged surface
- Comparison of theoretical and measured hydrostatic force on a submerged surface
- Results of a hydrostatic force on a submerged surface
- Experiment 1: hydrostatic force on a submerged surface
- Hydrostatic force on a submerged surface: a comparison between center of mass and center of pressure
- Results and discussion on the measurement of yR, the center of pressure on a submerged vertical surface
- Comparison of theoretical and measured values of center-of-pressure depths for a hydrostatic vertical plane
- Measuring hydrostatic resultant force on a vertical face of a submerged object
- Location of hydrostatic force of a vertically submerged plane surface
- Finding the center of pressure experimentally vs. theoretically
- Hydrostatic force on a submerged vertical face
- Locating the center of hydrostatic pressure on submerged surfaces
- The theoretical versus the measured y-location of the center of pressure
- Comparing experimental hydrostatic center of pressure forces to theoretical values for a submerged object
- Hydrostatic forces on submerged surfaces: calculating the center of pressure on the surface of a submerged object
- Determining the hydrostatic force location on a submerged surface
- Locating the center of pressure of a submerged, plane surface and comparing it to the theoretical expectation
- Locating the center of pressure on a vertically submerged plane
- Testing the theoretical position of the center of pressure to the actual measured position of the center of pressure by submerging a body in water
- Hydrostatic force and the center of pressure on submerged vertical surfaces
- Calculating the center of pressure of a submerged surface
- Comparing the theoretical and experimental values for the y-direction of the center of pressure
- Effect of hydrostatic forces on a plane submerged surface
- Location of center of pressure on a submerged and partially submerged apparatus at various depths
- Location of a hydrostatic force on a submerged object in water at various depths
- Hydrostatic force on a submerged surface
- Measurement of the hydrostatic center of pressure of a submerged surface by force balance
- Locating the center of pressure with a hydrostatic force on a submerged surface
- Experimentally locating of the center of pressure of a vertical, submerged, plane surface at various levels of water
- Hydrostatic force on a submerged surface and its distance from the surface
- Experimentally locating the center of pressure of a vertical submerged surface
- A comparison of theoretical and measured locations of the center of pressure on a submerged surface
- Pressure variances on a submerged vertical surface
- Finding the center of pressure on a vertical rectangular surface and verifying that it is different than the centroid of a rectangle using an arc shape to negate buoyancy and pressure in other directions, and using a sum of moments to calculate the center of pressure
- The existence of pressure force anomalies relative to the centroid of a submerged vertical surface
- An attempt to find the center of pressure of a submerged plane
- Comparing theoretical and calculated values for the center of pressure on a fully and partially vertical submerged plane surface