Advanced Mechanical Engineering Solutions
STRESS & STRAIN ANALYSIS
Hooke's Law for General Stress Condition
Calculates stress-strain relations for a homogeneous isotropic material.
Transformation of Plane Stress
Calculates normal and shear stresses at a specific point for rotated coordinate system for plain stress state.
Principal and Maximum Shear Stress Calculator
Calculates in-plane principal and maximum shear stress, the principal and maximum shear stress angle and Von Mises stress at a specific point for plane stress. Mohr's circle is also drawn according to input parameters.
3D Stress Analysis
Calculates principal stresses, maximum shear stresses and Von Mises stress for 3 dimensional stresses. Calculator can also be used to calculate out-plane stresses for plane stress state. Mohr's circles is also drawn according to input parameters.
Yield Criteria For Ductile Materials Under Plane Stress(Static Loading)
Evaluates material yield condition in plane stress state using Maximum Shear Stress Theory and Distortion-Energy Theory.
Stress in Thin-Walled Pressure Vessel
Calculates principal stresses and maximum shear stress of thin-walled pressure vessel. Cylindrical and spherical vessels can be analyzed.
Transformation of Plane Strain
Calculates normal and shear strains at a specific point for rotated coordinate system for plain strain state.
Principal and Maximum Shear Strain Calculator
Calculates in-plane principal and maximum shear strain, the principal strain angle.
Strain Measurement With Strain Rosette
Calculates normal and shear strains on a plane by using the measurement results of strain rosette.
Calculation of Plane Stresses with Strain Rosette Results
Calculates principal stresses of plane stress state with the usage of strain rosette measurement results.
An example about the calculation of stresses on a pressure vessel, evaluation of yield criteria of material and stress transformation to find shear and perpendicular stresses on welding of the cylindrical body of the pressure vessel.
Torsion Of Solid Shaft
An example about the calculation of torsional stress on stepped shaft. After calculation of torsional stress, principal stresses are calculated and evaluation of yield criteria of material is done with these stresses.
Principal Stress Calculation with Strain Results
An example about the calculation of normal and shear strain and principal stresses on a machine component with the usage of strain results which have been measured with 45° Rosette.
Compression Member Design
Engineering Unit Converter
Hertzian Contact Calculator
Limits, Fits and Tolerances
Screw Thread Calculators
Sectional Properties Calculator
SDOF Vibration Calculator
Sinusoidal Motion Calculator
Stress Concentration Factors
Torsional Stress Calculator
Hooke's Law for General Stress
Plane Stress Transformation
In-plane Principal Stress
3D Stress Analysis
Yield Criteria for Ductile Materials
Thin-Walled Pressure Vessel
Plane Strain Transformation
Principal & Max. Shear Strains
Usage of Strain Rosette Results
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