Experiment Repository Creation Request for Hydrostatic Forces on surface - Fluid Mechanics in Chemical Engineering IITB

[jaimathur]

Repository Creation Request

Use this to get your experiment repository created or updated on GitHub under Virtual Labs organization.

1. Coordinating Institute: IIT Bombay

2. Approver’s Name: Prof. Santosh Noronha

3. Approved Proposal: Hydrostatic_Forces_on_surface.pdf

4. Hosted url:

5. Primary GitHub Handle Details:

   Name: Jai Mathur

   GitHub Handle: @jaimathur

   Email id: tech1@vlabsdev.in

6. Secondary GitHub Handle Details:

   Name: Pushpdeep Mishra

   GitHub Handle: @pushpdeep

   Email id: manager1@vlabsdev.in

[ravikiran2020]

@jaimathur Please find the links for Hydrostatic Forces on Surface Lab experiments and populate the repositories with sources of the experiments as detailed in Step 4 of the migration document

1. Hydrostatic force on rectangular plate - https://github.com/virtual-labs/exp-rectangular-plate-iitb
2. Hydrostatic force on circular plate - https://github.com/virtual-labs/exp-circular-plate-iitb
3. Hydrostatic force on triangular plate - https://github.com/virtual-labs/exp-triangular-plate-iitb
4. Hydrostatic force on trapezoidal plate - https://github.com/virtual-labs/exp-trapezoidal-plate-iitb
5. Hydrostatic force on inclined rectangular plate - https://github.com/virtual-labs/exp-inclined-rectangular-plate-iitb
6. Hydrostatic force on inclined circular plate - https://github.com/virtual-labs/exp-inclined-circular-plate-iitb
7. Hydrostatic force on inclined triangular plate - https://github.com/virtual-labs/exp-inclined-triangular-plate-iitb
8. Hydrostatic force on curved surface (circular) - https://github.com/virtual-labs/exp-curved-surface-circular-iitb
9. Hydrostatic force on curved surface (parabola) - https://github.com/virtual-labs/exp-curved-surface-parabola-iitb