App is temporarily unavailable

Fluid Mechanics Basics

N/A

Published by: Emad Attia
Downloads
Revenue

Description

Fluid Mechanics Basics contains a large selection of Fluid Mechanics laws, equations, tables and reference material.
Table of Contents:
- Absolute or Dynamic Viscosity Converter table
- Air - Altitude, Density and Specific Volume
- Air - Temperature, Pressure and Density
- Baume's Hydrometer
- Bernoulli Equation
- Bulk Modulus and Fluid Elasticity
- Buoyancy
- Capillarity
- Cauchy Number
- Cavitation
- Centres of Gravity and Buoyancy
- Chezy Formula
- Colebrook Equation
- Compressible Gas Flow
- Conservation of Mass
- D'Arcy-Weisbach Equation
- Density, Specific Weight and Specific Gravity
- Drag Coefficient
- Dynamic Pressure
- Dynamic Viscosity
- Dynamic, Absolute and Kinematic Viscosity
- Energy and Hydraulic Grade Line
- Entrance Length and Developed Flow
- Equation of Continuity
- Equation of Mechanical Energy
- Equivalent Diameter
- Euler Number
- Flow Coefficient Cv and Flow Factor Kv
- Flow Section Channels
- Fluids (Kinematic Viscosities)
- Friction Coefficient at Laminar Flow
- Froude Number
- Gas Mixture Properties
- Gasses (Ratios of Specific Heat)
- Hazen-Williams Coefficients
- Hazen-Williams Equation
- Hydraulic Diameter
- Ideal Gas Law
- Imperial and SI Fluid Mechanics Dimensions and Units
- Isentropic Flow
- Kinematic Viscosity Converter Table
- Laminar, Transitional or Turbulent Flow
- Mach Number
- Major Loss in Ducts, Tube and Pipes
- Manning's Formula for Gravity Flow
- Manning's Roughness Coefficient
- Mass and Weight
- Minor Loss Coefficients for Duct Components
- Minor Loss Coefficients for Pipe and Tube Components
- Mixtures, Solutions and Suspensions
- Nozzles
- Oil Viscosity Conversion Values
- Orifice, Nozzle and Venturi Flow Rate Meters
- Pascal's Laws
- Pipe Velocities
- Poiseulle's Formula
- Prandtl Number
- Pressure
- Pressure Coefficient
- Pressure Units Converter Tables
- Pump Affinity Laws
- Reynolds Number
- Solubility
- Specific Work of Turbo Machines
- Speed of Sound Formulas
- Static Pressure and Pressure Head in Fluids
- Stoke's Formula
- Strouhal Number
- Total Pressure or Head Loss in Piple or Duct Systems
- U-Tube Manometer
- Velocity Head
- Water Viscosity
- Water Speed of Sound
- Water Flow in Tubes
- Weber Number
- Wind Shear
* All Content is Searchable
* All Content is available offline (no need for WiFi or Internet Connection)
* Please send us any questions, comments or suggestions using our website
Hide Show More...

Screenshots

Fluid Mechanics Basics FAQ

  • Is Fluid Mechanics Basics free?

    Yes, Fluid Mechanics Basics is completely free and it doesn't have any in-app purchases or subscriptions.

  • Is Fluid Mechanics Basics legit?

    Not enough reviews to make a reliable assessment. The app needs more user feedback.

    Thanks for the vote

  • How much does Fluid Mechanics Basics cost?

    Fluid Mechanics Basics is free.

  • What is Fluid Mechanics Basics revenue?

    To get estimated revenue of Fluid Mechanics Basics app and other AppStore insights you can sign up to AppTail Mobile Analytics Platform.

User Rating
App is not rated in Poland yet.
Ratings History

Fluid Mechanics Basics Reviews

No Reviews in Poland
App doesn't have any reviews in Poland yet.

Fluid Mechanics Basics Installs

Last 30 days

Fluid Mechanics Basics Revenue

Last 30 days

Fluid Mechanics Basics Revenue and Downloads

Gain valuable insights into Fluid Mechanics Basics performance with our analytics.
Sign up now to access downloads, revenue, and more.

App Info

Category
Reference
Publisher
Emad Attia
Languages
English, French, German, Indonesian, Italian, Japanese, Korean, Portuguese, Russian, Chinese, Spanish
Recent release
3.8 (4 years ago )
Released on
Jun 17, 2010 (14 years ago )
Last Updated
1 year ago
This page includes copyrighted content from third parties, shared solely for commentary and research in accordance with fair use under applicable copyright laws. All trademarks, including product, service, and company names or logos, remain the property of their respective owners. Their use here falls under nominative fair use as outlined by trademark laws and does not suggest any affiliation with or endorsement by the trademark holders.