Calculate bearing pressure distribution for eccentric loads. For e > B/6 (outside kern): triangular pressure distribution, q_max = 2P/(3a·B) where a = B/2 - e. Effective area method for large eccentricity.
2D stress state at a point. All stresses in MPa.
Enter the values for the patient or scenario you are assessing. Calculate bearing pressure distribution for eccentric loads. For e > B/6 (outside kern): triangular pressure distribution, q_max = 2P/(3a·B) where a = B/2 - e. Effective area method for large eccentricity. Use the eccentric footing result to inform your clinical assessment.