TreeElf pro

The app is a versatile Swift tool facilitating Introduce the concept of a calculator. Our app includes a three types of calculators explaining given below:

A “Summation of All Forces (X direction)" calculator, users will be able to input the following parameters:
0. Density of Flowing Fluid (p): This is the density in kilograms per square second per cubic meter (kg/(s^2*m^4)).
0. Flow Rate (Q): The flow rate is measured in cubic meters per second (cu.meter/second).
0. Change in Velocity in X direction (∆Vx): This represents the change in velocity along the X-axis, measured in meters per second (m/s).
After entering these values, users can click on the "Calculate" button. The app will then compute the summation of all forces in the X direction and display the result on a label. This setup provides a clear and user-friendly interface for engineers or students needing to calculate fluid dynamics-related forces.

A “Head Loss due to Friction (Darcy-Weisbach Formula)" calculator, users will input the following parameters:
0. Friction Factor (r): A dimensionless value representing the friction factor of the fluid in the pipe.
0. Length of Pipe Section (L): The length of the pipe section, measured in meters.
0. Velocity of Fluid (V): The speed of the fluid flowing through the pipe, measured in meters per second.
0. Pipe Diameter (D): The diameter of the pipe, measured in meters.
0. Acceleration due to Gravity (g): The gravitational acceleration constant, measured in meters per square second (m/s²).
Once these values are entered, users can press the "Calculate" button. The app will then compute the head loss due to friction using the Darcy-Weisbach formula and display the result on a label, providing an easy and accurate tool for engineers and professionals dealing with fluid dynamics in piping systems.

A "Manning Flow Velocity using Pipe Diameter" calculator, users will input the following parameters:
0. Manning's Roughness Coefficient (n): A dimensionless coefficient that represents the roughness of the pipe's interior.
0. Pipe Diameter (D): The diameter of the pipe, measured in meters.
0. Slope of Energy Grade Line of Conduit (s): The slope, measured in meters per meter (m/m), representing the energy grade line slope in the conduit.
Once these values are entered, users can click the "Calculate" button. The app will then compute the flow velocity using the Manning formula and display the result on a label. This feature provides an easy-to-use tool for engineers and professionals working with fluid flow in conduits.

Simplify your tasks with the app.
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