Description
Britokichan is a reliable and precise calculation tool designed for students, engineers, and professionals working with fluid mechanics and heat transfer. It simplifies complex physical equations into easy-to-use calculators, helping you analyze fluid behavior and thermal performance with confidence. With accurate results and a clean interface, Britokichan is ideal for both academic study and real-world engineering applications.
Key Features
Fluid Density & Pressure Calculations
• Pressure at the Top of a Liquid Column
Calculate top-column pressure using fluid density, gravitational acceleration, column height, and base pressure.
Formula: Pt = ρgh − Pb
• Pressure at the Bottom of a Liquid Column
Determine bottom pressure from top pressure, fluid density, gravity, and height.
Formula: Pb = Pt + ρgh
• Acceleration Due to Gravity
Compute gravitational acceleration using pressure difference, fluid density, and column height.
Formula: g = (Pb − Pt) / (ρh)
• Liquid Column Height (Depth)
Find the height of the fluid column using pressure values, density, and gravity.
Formula: h = (Pb − Pt) / (ρg)
• Fluid Density
Calculate fluid density using pressure at the top and bottom of the column.
Formula: ρ = (Pb − Pt) / (gh)
Fourier Number – Heat Conduction Analysis
• Thermal Diffusivity
Calculate thermal diffusivity using Fourier number, characteristic length, and time.
Formula: α = Fo × L² / t
• Characteristic Time
Determine heat transfer time using thermal diffusivity, Fourier number, and length.
Formula: t = Fo × L² / α
• Characteristic Length
Compute characteristic length from thermal diffusivity, time, and Fourier number.
Formula: L = √(αt / Fo)
• Fourier Number
Evaluate the Fourier number to characterize heat conduction behavior.
Formula: Fo = α × t / L²
Britokichan is your trusted companion for solving fluid dynamics and heat conduction problems with ease. Share it with your classmates and colleagues, and don’t forget to leave a review on the App Store—your feedback helps us improve and grow!