The symmetrical beam of the figure is subjected to a triangular load in the central section BC and loads point on cantilevers A and D. It is requested to calculate the reactions in the supports and the shear and the moment flector at center point E.
The symmetrical beam of the figure is subjected to a triangular load in the central section...
For the beam with the illustrated load, construct the shear and
moment diagrams, and identify the shear and maximum moment.
2. Para la viga con la carga ilustrada, construya los diagramas de cortante y momento, e identifique el cortante y momento máximo. (10) 20 lb/pulg. 125 lb tc 125 lb to e Kg * 12" * 12" * 12" +
q= 5
p= 20
The simple concrete beam shown in the figure has a
cross section of 450x700 mm2 and knowing that the maximum
capacities of the concrete are those shown in the attached table
determine: A. The reactions in supports A and D. (table 1 and 2) B.
The bending moment equation. C. The corresponding values in table
3 D. The shear force equation. E. The corresponding values in
Table 4 F. The shear force diagram. (Draw the values...
I need the reactions on the supports D and C plus the
shear and moment diagrams for sections AB and CD
blema 3. structura que se muestra en la figura tiene una sección transversal uniforme y carga distribuida de 1.5 kN/m. a. Dibuje el diagrama de cuerpo libre. b. Determine las reacciones en los soportes. Determine y dibuje el diagrama de fuerza cortante y de momento interno en el segmento AB. Determine y dibuje el diagrama de fuerza cortante y...
A closed tube of internal diameter d = 50mm and
external D = 60mm is subjected to an internal pressure of p =
10.1325Mpa, at the same time it is requested by the longitudinal
force F = 40000N, a torque of Mt = 60000N.cm and a bending moment
Mf = 50000N.cm (produces tensile stress in C). calculate in the
point C located in the inner diameter of the tube, the tensions due
to all the acting loads and the main...
3.0m- te -5.0m---- ya_19. (Sec. 12.2) Un sube y baja de 8.0m de largo y masa uniforme esta en equilibrio estático con un soporte que está a 3.0 de su extremo izquierdo y dos niños montados en sus extremos (ver figura). El niño más pequeño esta al extremo derecho y tiene masa de 40 Kg, y el niño más grande está en el extremo izquierdo y tiene masa de 80 Kg. ¿Cuál es la masa total del sube y baja?...
Consider the beam with the six load conditions shown (Units in
SI) Determine which of the load systems are equivalent. Password:
use the source as a reference. For two systems to be equivalent
they have to have the same Moments and resultant forces.
II Considere la viga con las seis condiciones de carga mostradas (Unidades en SI). Determine cuáles de los sistemas de carga son equivalentes. Clave: use el origen como referencia. Para que dos sistemas sean equivalentes tienen que...
A solid titanium bar is wrapped by an steel pipe. Both are
firmly sustained by extreme A, and united by a rigid plate on the
opposite extreme. Calculate the reactions for A in the pipe and the
axis. Determine the moment torsion (Mx) for both the pipe and the
axis in the indicated green points, just like its max cutting
tension (Modulo)(Tau) and the rotating angle with respect to A
(theta).
Have the units on [kipxft], [ksi], and [deg]
Notes:...