Physics Dynamics Calculators

Beam Bending Moment Calculation

Apr 25, 2024
PHYSICS

Bending Moment of a Beam Calculator Young Modulus Moment of Area Radius of Curvature Bending Moment: {{bendingMomentResult()}} Formula: Gb = EI/Rc Where, G=Bending Moment E=Young Modulus I=Moment of Area Rc=Radius of Curvature

Calculate Temperature Ratio Across Shock Wave Using Rankine-Hugoniot Relations

Apr 25, 2024
PHYSICS

Calculate the Temperature Ratio Across a Shock Wave Ratio of Specific Heats Mach Number Temperature: {{temperatureShockWaveResult()}} Formula: T2 / T1 = [ ((2γM12) - (γ-1)) * (2 + (γ-1) * M12) ] / [ (γ+1)2 * M12] Where, T2 / T1 = Temperature Ratio γ = Ratio of Specific Heats M1 = Mach Number

Calculate the Speed of Transverse Wave on a Thin Plate along Height

Apr 25, 2024
PHYSICS

Finding the Speed of Transverse Wave on a Thin Plate Wave Number Young Modulus Plate Thickness Density Poisson Ratio Speed of Transverse Wave: {{transverseWaveSpeedResult()}} Formula: vt2 = k [ (Et2) / (12ρ (1-σ2)) ]1/2 Where, vt = Speed of Transverse Wave k = Wave Number E = Young Modulus t = Plate Thickness ρ = Density σ = Poisson Ratio

Calculate the Speed of Transverse Wave on a Thin Plate along Width

Apr 25, 2024
PHYSICS

Finding the Speed of Transverse Wave on a Thin Plate Shear Modulus Density Speed of Transverse Wave: {{transverseWaveSpeedWidthResult()}} Formula: vty = (μ / ρ)1/2 Where, vty = Speed of Transverse Wave μ = Shear Modulus ρ = Density

Calculate Velocity Ratio Across Shock Wave Using Rankine-Hugoniot Relations

Apr 25, 2024
PHYSICS

Calculate the Velocity Ratio Across a Shock Wave Ratio of Specific Heats Mach Number Velocity: {{velocityShockWaveResult()}} Formula: v1 / v2 = (γ+1) / [ (γ-1) + (2 / M12) ] Where, v1 / v2 = Velocity γ = Ratio of Specific Heats M1 = Mach Number

Capillary Rise Calculator

Apr 25, 2024
PHYSICS

Capillary Rise Calculator Use below Capillary Rise Calculator equation calculates capillary rise in circular tube using surface tension,contact angle,liquid density,Gravitational Acceleration and tube radius. Capillary Rise Calculator in Circular Tube Surface Tension Contact Angle Liquid Density Gravitational Acceleration Tube Radius Capillary Rise: {{capillaryRiseResult()}} Capillary Rise Formula: h = 2σjv cos θ / ρga Where, h = Capillary Rise σjv = Surface Tension cos = Cosine θ = Contact Angle ρ = Liquid Density

Coriolis Force Calculator

Apr 25, 2024
PHYSICS

Coriolis Force Calculator Coriolis force is an inertial force that acts on the objects which are in motion within a rotating reference frame with respect to inertial frame. Coriolis force can be calculated using particle mass,angular velocity and velocity. Calculator Coriolis Force Calculator for Rotating Reference Frame Particle Mass Angular Velocity Velocity Coriolis Force: {{coriolisForceResult()}} How to use Coriolis Force Calculator? Step 1 - Enter the Particle Mass Step 2 - Enter the Angular Velocity

Foucault Pendulum's Rate of Turn Calculator

Apr 25, 2024
PHYSICS

Calculate the Foucault Pendulum's Rate of Turn Earth Spin Rate Latitude Pendulum's Rate of Turn: {{pendulumsRateOfTurnResult()}} Formula: Ωf = -ωe sin λ Where, Ωf = Foucault Pendulum’s Rate of Turn ωe = Earth Spin Rate sin = Sine λ = Latitude

Gravitationally Bound Orbit Eccentricity Calculator

Apr 25, 2024
PHYSICS

Calculate the Eccentricity of Gravitationally Bound Orbit Energy Angular Momentum Orbiting Mass Coefficient of Inverse Square Law Eccentricity: {{eccentricityBoundOrbitResult()}} Formula: e = (1 + (2EJ2) / (mα2))1/2 Where, e = Eccentricity E = Energy J = Angular Momentum m = Orbiting Mass α = GMm (Gravitation)

Impedance of Forced Oscillations Calculator

Apr 25, 2024
PHYSICS

Impedance of Forced Oscillations Calculator Damping Factor Forcing Angular Frequency Undamped Angular Frequency Impedance: {{forcedOscillationsImpedanceResult()}} Formula: z = 2γ + i(wf2-w02/wf) where, z=Impedance of Forced Oscillations wf=Forcing Angular Frequency y=Damping Factor w0=Undamped Angular Frequency i=Imaginary Part

Mach Wedge Angle Calculator for Shock Waves

Apr 25, 2024
PHYSICS

Calculate Mach Wedge Angle of Shock Waves Wave Speed (vp) Body Speed (vb) Sin θw of Shock Waves: {{machWedgeAngleResult()}} Formula: sin θw = vp / vb Where, sin θw = sine θw θw = Mach Wedge Angle of Shock Waves vp = Wave Speed vb = Body Speed

Orbit Apocentre Calculator

Apr 25, 2024
PHYSICS

Calculate Apocentre of Gravitationally Bound Orbital Motion Semi Latus Rectum Eccentricity Apocentre Distance: {{orbitApocentreResult() | number:4}} Formula: rmax = ro / (1-e) Where, rmax = Apocentre Distance of Gravitationally Bound Orbital Motion ro = Semi Latus Rectum e = Eccentricity