Transverse Shear and Longitudinal Shear in Beams Explained, Mechanics of Materials

Problem 2-23: Determine magnitude of two towing forces FB and FC if the resultant force FR = 10 kN

Problem 2-22: Determine design angle ɸ (0°≤ θ ≤ 90°) between members AB & AC so that 400-lb force

GeoStudio Slope/W Tutorial: Slope Analysis with Two Soil Layers and Pore Water Pressure Conditions

2-21: Determine the design angle θ (0°≤ θ ≤ 90°)for member AB so that the 400-lb horizontal force

2-20: Determine the angle θ for connecting member A to plate so that resultant force of FA and FB

2-19: The plate is subjected to two forces at A and B. If θ = 60°, determine magnitude of resultant

2-18: Determine the magnitude and direction of the resultant FR = F1 + F2 + F3, 1st, F’ = F2 + F3

Problem 2-16: Determine angle θ for connecting member B to plate so that the resultant of FA and FB

2-17: Determine the magnitude and direction of the resultant FR = F1 + F2 + F3, 1st, F’ = F1 + F2

Problem 2-15 Plate is subjected to forces acting on members A & B. Determine magnitude of resultant

Converting bearing measured in decimal to degree minutes and seconds and vice versa. Bearing Survey

Shear & Moment Diagram | Problem 6-4 (Part 2) | Simply Supported Beam | Mechanics of Materials

Shear & Moment Diagram | Problem 6-4 (Part 1) | Simply Supported Beam | Mechanics of Materials

Problem 6-3: Draw the shear and moment diagrams for the overhang beam.

Problem 6-2: The dead-weight loading along centerline of airplane wing is shown Draw bending diagram

Problem 3-2: Members of truss are pin connected. Determine magnitudes of F1 & θ for equilibrium.

Problem 3-1: Members of truss are pin connected. Determine magnitudes of F1 & F2 for equilibrium.

Problem 2-14 If resultant force acting to be 1200 lb, determine F in rope A & corresponding angle θ.

Problem 2-13: The pelvis P is connected to the femur F at A using three different muscles. Resultant

Problem 2-11: If θ= 60°, determine the magnitude of the resultant force and its direction

Problem 2-9: Determine the magnitude of the resultant force FR= F1 + F2 and its orientation θ.

Problem 2-7: Resolve the force F1 into components acting along u and v axes & determine magnitudes.

Problem 6-2: The dead-weight loading along centerline of airplane wing is shown. Draw shear diagram

Problem 2-6: Determine the magnitude of the resultant force FR= F1 + F2 & its direction with u axis.

Problem 6-2: The dead-weight loading along centerline of airplane wing is shown. Determine Reactions

Problem 6-1: Draw shear and moment diagrams for the shaft: Part 2

Problem 6-1: Draw shear and moment diagrams for shaft. The bearings at A and B: Part 1 Support Reac.

GeoStudio Slope/W Tutorial: Basics Explained and Step-by-Step Tutorial with a Solved Example!

Problem 1-65 Determine the largest load P that can be applied to the frame

Problem 1-59 Determine the average normal and average shearstress resisted in the plane of the weld.

Solved Example on Height of Instrument Method: Explained in animations and sketch illustrations

Methods of Levelling: Height of Instrument and Rise and Fall Method

Principle of Levelling & Equipment Required for Levelling, Explanation using 3D Animations

What is Levelling? Introduction and basic terms used in Levelling (Explanation using 3D animations)

Problem 9-62 Determine the normal & shear stresses that act perpendicular and parallel to the grains

Problem 2-58: Determine the magnitude and direction θ of F so that the resultant force directed x'

Problem 2-48: Determine the magnitude and direction θ of F1 so that the resultant force directed x'

Problem 2-46: Determine the magnitude and orientation θ of FB so that the resultant force is 1500 N.

Problem 9-51 Determine (a) principal stresses and (b) maximum in-plane shear stress by Mohr's Circle

Problem 2-44: Determine the required magnitude of F3 expressed in terms of F1 and the angle θ.

Problem 2-43 Determine the magnitude of resultant force & its direction, measured counterclockwise

Problem 2-41 Determine the magnitude of resultant force & its direction, measured counterclockwise

Problem 2-37 Determine the magnitude of the resultant force acting on gusset plate and its direction

Omitted measurement in Surveying: Determining length of two different lines in close travrs (Case 3)

Problem 2-26 & 2-27 Determine magnitude & direction θ of FA & Resultant force acting on ring at O

Omitted measurement in Surveying: Determining length of one line and bearing of other line (Case 2)

Problem 2-4 Determine the magnitudes of two components of F along members AB and AC. Set F = 500 N.

Problem 2-3 Determine the angle θ and magnitude of F, resultant force 750N is directed vertically up

Omitted measurement in Surveying: Determining length and bearing of same line (Case 1)

Solved Example of Vertical Curve (Sag Curve): Complete calculations of vertical parabolic curve

Problem 2-2 Determine the magnitude of the resultant force FR = F1 - F2 and its orientation u x-axis

Problem 2-1 Determine the magnitude of the resultant force FR = F1 + F2 and its orientation u x-axis

Solved Example on Reverse Curve; Setting out of reverse curve using deflection angle method (Part-2)

Solved Example on Reverse Curve; Calculating basic data for setting out of reverse curve (Part-1)

Reverse Curve: An introduction, notations & calculations required for setting out a reverse curve

Problem 9-46 Determine the stress components acting on the inclined plane AB by Mohr's Circle Method

Problem 9-45 Determine the stress components acting on the inclined plane AB by Mohr's Circle Method

Problem 9-22 Determine the stress components acting on the plane AB. By Mohr's Circle Method

Problem 1-78 Determine the required minimum diameter of pins B and C. Failure shear stress is given