Imbalace Force Calculator: Enter the values of mass, m(kg), radius, R(m) and frequency, f(Hz) to determine the value of Imbalance force, IF(N). Enter Mass : kg Enter Radius : m Enter Frequency : Hz Result – Imbalance Force : N Imbalace Force Formula: Imbalance force is calculated to determine the force exerted due … Read more
Force from Height Calculator: Enter the values of mass, m(kg), gravitational acceleration, g(m/s2), height, h(m), and distance, d(m) to determine the value of Force, F(N). Enter Mass : kg Enter Acceleration Due to Gravity : m/s2 Enter Height : m Enter Distance : m Result – Force : N Force from Height Formula: … Read more
Thermal Expansion Force Calculator: Enter the values of modulus of elasticity E(PSI), coefficient of thermal expansion a(in/in * F), change in temperature T(F), and cross-sectional area A(in2) to determine the value of Force, F(lbf). Enter Modulus of Elasticity : PSI Enter Coefficient of Thermal Expansion : in/in*F Enter Change in Temperature : F Enter Cross-Sectional … Read more
Towing Force Calculator: Enter the values of bollard pull force, BF(kN) and engine efficiency factor, EF to determine the value of Towing Force, TF(kN). Enter Bollard Pull Force : kN Enter Efficiency Factor : Result – Towing Force : kN Towing Force Formula: Towing force is crucial in determining the total force applied … Read more
Stripping Force Calculator: Enter the values of clamping force, CF(N) and percentage of clamping force, PF(N) to determine the value of stripping force, SF(N). Enter Clamping Force : N Enter Percentage of Clamping Force : N Result – Stripping Force : N Stripping Force Formula: The stripping force is the force required to … Read more
Attraction Force Calculator: Enter the values of the gravitational constant, G(N.m2/kg2), masses, m1(kg) and m2(kg) and distance, d(m) to determine the value of Attraction Force, AF(N). Enter Gravitational Constant : N.m2/kg2 Enter Masses1 : kg Enter Masses2 : kg Enter Distance : m Result – Attraction Force : N Attraction Force Formula: The … Read more
Balanced Force Calculator: Enter the values of effort force, EF(N), distance from the fulcrum to the effort force, D1(m) and distance from the fulcrum to the resistance force, D2(m) to determine the value of balanced force, BF(N). Enter Effort Force : N Enter Distance1 from the Fulcrum to the Effort Force : m Enter Distance2 … Read more
Upward Force Calculator: Enter the values of mass of the object, m(kg) and upward acceleration, au(m/s2) to determine the value of upward force, UF(N). Enter Mass of the Object : kg Enter Upward Acceleration : m/s2 Result – upward force : N Upward Force Formula: The upward force is the force acting against … Read more
Inertia Force Calculator: Enter the values of inertial mass, IM(kg), change in velocity, V(m/s) and time, T(s) to determine the value of inertia Force, IF(N). Enter Inertial Mass : kg Enter Change in Velocity : m/s Enter Time : s Result – Inertia Force : N Inertia Force Formula: Inertia force (IF) represents … Read more
Key Force Calculator: Enter the values of torque, T(lbf-in) and diameter of the shaft, D(in) to determine the value of key Force, KF(lbf). Enter Torque : lbf-in Enter Diameter : in Result – Key Force : lbf Key Force Formula: The key force in mechanical contexts often refers to the force exerted by … Read more