Question
7.13 For the given stress state, determine the normal and shear forces after turning the shown element a) 25 ° clockwise, b) 10 ° counterclockwise
7.13 a 7.16 Para el estado de esfuerzo dado, determine los esfuerzos normal y cortante después de girar el elemento mostrado
0 0
Add a comment Improve this question Transcribed image text
Answer #1

SoP foMfa SOMPa stress Rimumber huse ormula C for given felument dingram) Rメ2 fecm Vintical plahe in antí cleck-wise dirnctnSo clockwise (From Vintfcal plane) take A = - 2 S 20 0) es -s) - Sogints 2 2- A4.014 MA Anmur (-80in-50) So Ca9S -4in (so*) Slo counticlock wise mans D 20200 80) cas 20- S0gin20° 2 19. S13 Ml4 Arswer (20) So COS -Q 2 T 4o snz0 MPa 60. 665 Ansuer

Add a comment
Know the answer?
Add Answer to:
7.13 For the given stress state, determine the normal and shear forces after turning the shown...
Your Answer:

Post as a guest

Your Name:

What's your source?

Earn Coins

Coins can be redeemed for fabulous gifts.

Not the answer you're looking for? Ask your own homework help question. Our experts will answer your question WITHIN MINUTES for Free.
Similar Homework Help Questions
  • For the two-element gantry(AC and CB) shown, determine: 1)the reactions in the supports 2)the internal forces(normal,sharp,...

    For the two-element gantry(AC and CB) shown, determine: 1)the reactions in the supports 2)the internal forces(normal,sharp, and moment) at point D P=9N W=1.8KN/m X=1.9m Numero de Estudiante Para el pórtico de dos elementos (AC y CB) que se muestra, determine 1) las reacciones en los soportes 2) las fuerzas internas incrmal cortante y momento) en el KN/m) a como una quinta parte del valor de Pyax (en m) como punto D de de los útimos cuatro digtons de su námaro...

  • q= 5 p= 20 The simple concrete beam shown in the figure has a cross section...

    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...

  • VCM CAR deM - RO mesine $+2010) CM + c 22. (See. 12.2) Tenemos un letrero...

    VCM CAR deM - RO mesine $+2010) CM + c 22. (See. 12.2) Tenemos un letrero (GAS) que pesa 200N y lo vamos a colgar usando una viga y un cable como se muestra en la figura La masa de la viga es uniforme pero no se conoce ni su masa, peso o largo. El cable no tiene masa. La fuerza del gozne (FG) que soporta a la vign es de 300N a 20º con la horizontal. La tensión que...

ADVERTISEMENT
Free Homework Help App
Download From Google Play
Scan Your Homework
to Get Instant Free Answers
Need Online Homework Help?
Ask a Question
Get Answers For Free
Most questions answered within 3 hours.
ADVERTISEMENT
ADVERTISEMENT