Simulation block diagram and state equations
Simulation block diagram and state equations. See attached file for full problem description.
An adjustable device is designed to apply a traction to stretch the tibia. It is attached to the tibia by rigid pins as illustrated below. There is a mechanism for length adjustable in the centre of the vertical section. Draw a free-body diagram for each of the three straight sections of the device, showing the forces and ...continues
When a body is in equilibrium, are the magnitudes of the unknown forces or moments independent of where they are located on the structure?
Are the weights of members usually included in the analysis of truss structures?
A beam is under applied loads shown. How can I describe the shear diagram for sections I through III?
A truss is loaded as shown. How do I find the magnitude of the force in members DB and BF? Can it be done without the equations of equilibrium?
A horizontal beam under load can roll along a vertical guide as shown. What are the reaction loads at A? Shear? Axial?
A 10ft beam has applied forces F1 and F2 as shown. The influence functions for the shear and bending moment at point B are als shown. For forces F1=10lbs and F2=20lbs, how do I find the shear and bending moment at point B?
(a) From the following table of durabilities of marine coatings on electrical boxes, find the following quantities: Durability (ASTM Salt Spray Test) Class Frequency Hours Midpoint Class Interval xi fi 100-103.9 102 6 104-107.9 106 12 108-111.9 110 18 112-115.9 114 28 116-119.9 118 14 120-123.9 ...continues
Answer the following questions for a nonperiodic B-spline curve of order 3 defined by the control points P0,P1,P2,P3. a- What are the knot values? b- How many different curves is the B-spline curve composed of? c- Expand the B-spline curve equation to get the separate equations of the curves in b.
