- Horizontal Force = Horizontal Reading x Calibration Con k (1.02N / 0.00254)
a force of 1.02N used to produce a Deformation of 0.0001inch or 0.00254mm - Horizontal Movement 1Rotation = 0.2 mm - Area = 60x60 = 3600 mm² - Shear Stress Horizontal = Horizontal Force / Area (Mpa) - Vertical load (Stress) applied = (15 kg + 10 x 10lb or 4.54342 kgs) x 10 (N) = 603.59N - Normal Stress Vertical = Vertical Force / Area
- Horizontal Force = Horizontal Reading x Calibration Con k (1.02N / 0.00254) a force of 1.02N used to produce a Deformation of 0.0001inch or 0.00254mm - Horizontal Movement 1Rotation = 0.2 mm - Area = 60x60 = 3600 mm² - Shear Stress Horizontal = Horizontal Force / Area - Vertical load applied = (15 kg + 10 x 20lb or 4.54342 kgs) x 10 (N) = 1057.18 N - Normal Stress Vertical = Vertical Force / Area
Horizontal Force = Horizontal Reading x Calibration Con k (1.02N / 0.00254) a force of 1.02N used to produce a Deformation of 0.0001inch or 0.00254mm Horizontal Movement 1Rotation = 0.2 mm Area = 60x60 = 3600 mm² Shear Stress Horizontal = Horizontal Force / Area Vertical load applied = (15 kg + 40 x 10lb or 4.54342 kgs) x 10 (N) = 1964.37 N Normal Stress Vertical = Vertical Force / Area
Thank you for interesting in our services. We are a non-profit group that run this website to share documents. We need your help to maintenance this website.