Rectangular Strain Rosette
Recover planar strain and principal strain from 0°, 45° and 90° gauges.
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1444 tools
Recover planar strain and principal strain from 0°, 45° and 90° gauges.
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MechanicalOpen tool ↗Estimate ideal elastic buckling load, slenderness and critical average stress.
Civil EngineeringOpen tool ↗Superpose a central point load and a full-span uniform load.
Civil EngineeringOpen tool ↗Calculate root reactions and tip motion under two simultaneous load types.
Civil EngineeringOpen tool ↗Estimate end moments, midspan sagging moment and central deflection.
Civil EngineeringOpen tool ↗Calculate area, two bending inertias and elastic section moduli.
Civil EngineeringOpen tool ↗Find area, strong-axis inertia and section modulus of an ideal welded I profile.
Civil EngineeringOpen tool ↗Combine axial loading with bending about both principal axes at a section corner.
Civil EngineeringOpen tool ↗Estimate circumferential and longitudinal membrane stress for a closed cylinder.
MaterialsOpen tool ↗Evaluate radial and hoop stress through a thick cylinder wall.
MaterialsOpen tool ↗Estimate rate, deflection and Wahl-corrected wire shear stress.
MechanicalOpen tool ↗Estimate added bolt load, remaining clamp and ideal separation load.
MechanicalOpen tool ↗Calculate pitch diameters, center distance and tooth-force components.
MechanicalOpen tool ↗Estimate limiting tension ratio, transmitted power and bearing load.
MechanicalOpen tool ↗Estimate raising torque, lead angle and ideal thread efficiency.
MechanicalOpen tool ↗Calculate effective friction radius and nominal torque under uniform wear.
MechanicalOpen tool ↗Estimate inertia needed to buffer specified cyclic energy fluctuation.
MechanicalOpen tool ↗Evaluate exact geometric piston displacement and instantaneous velocity.
MechanicalOpen tool ↗Find natural frequency, damping ratio and harmonic displacement amplitude.
MechanicalOpen tool ↗Estimate logarithmic decrement and damping from separated vibration peaks.
MechanicalOpen tool ↗Estimate the first transverse mode of a uniform unloaded cantilever.
MechanicalOpen tool ↗Evaluate Reynolds number, pressure loss and wall shear in fully developed pipe flow.
HydraulicsOpen tool ↗Estimate Darcy friction and pressure loss with the explicit Swamee–Jain correlation.
HydraulicsOpen tool ↗Combine two pipe segments, fitting losses and elevation into required pump head.
HydraulicsOpen tool ↗Estimate discharge and throat velocity from differential pressure.
HydraulicsOpen tool ↗Estimate time to drain between two liquid levels and initial discharge.
HydraulicsOpen tool ↗Estimate instantaneous pressure rise and wave travel time.
HydraulicsOpen tool ↗Compare homologous pump flow, head and shaft power after a speed change.
HydraulicsOpen tool ↗Estimate available suction head above vapor pressure.
HydraulicsOpen tool ↗Compare extension and retraction forces and speeds at fixed flow.
HydraulicsOpen tool ↗Find resultant pressure force and center-of-pressure depth.
HydraulicsOpen tool ↗Estimate draft and transverse metacentric height for a rectangular floating box.
HydraulicsOpen tool ↗Estimate spherical particle settling speed and check particle Reynolds number.
HydraulicsOpen tool ↗Estimate uniform-flow area, hydraulic radius, discharge and velocity.
HydraulicsOpen tool ↗Find sequent depth and energy dissipation for a horizontal rectangular channel.
HydraulicsOpen tool ↗Find critical depth, minimum specific energy and critical velocity.
HydraulicsOpen tool ↗Estimate free discharge and sensitivity to measured head.
HydraulicsOpen tool ↗Estimate peak runoff and event volume under a constant-intensity assumption.
Civil EngineeringOpen tool ↗Estimate storage above a constant outlet rate for an ideal triangular hydrograph.
Civil EngineeringOpen tool ↗Calculate flow area, wetted perimeter and hydraulic radius of a partially filled pipe.
HydraulicsOpen tool ↗Calculate porous-medium discharge, seepage velocity and travel time.
Civil EngineeringOpen tool ↗Estimate hydraulic power, shaft demand and heat loss from measured head and flow.
HydraulicsOpen tool ↗Estimate velocity change and irreversible head loss at an abrupt expansion.
HydraulicsOpen tool ↗Determine discharge split and equivalent resistance for two laminar branches.
HydraulicsOpen tool ↗Estimate reaction from turning a jet without changing its speed.
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