(Engineering Mechanics) 3)- 3 mFor thin walled pressure vessel:Inner radius =50 cmWall thickness 3 cmP'P-P'= 0 kNGage pressure inside the vessel = 2 MPaAP.Find the shearing and normal stresses parallel and perpendicularto the weld40°B

Answered: Image /qna-images/answer/9343db76-a665-4417-92b3-6491674451b4.jpg

3) -3 m For thin walled pressure vessel: Inner radius =50 em Wall thickness -3 cm P-P'= 0 kN Gage pressure inside the vessel 2 MPa A Find the shearing and normal stresses parallel and perpendicular to the weld 40° B

3) -3 m For thin walled pressure vessel: Inner radius =50 em Wall thickness -3 cm P-P'= 0 kN Gage pressure inside the vessel 2 MPa A Find the shearing and normal stresses parallel and perpendicular to the weld 40° B

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

Problem 1.1MA

See similar textbooks

Similar questions

Explain this graph in your own words (200 words)?
Define petroleum geology and discuss its relationship to other branch of science.
When an object is placed underwater, the pressure on the object is subjected to uniform stress on all sides. a) define volume strain, the bulk modulus, compressibility, and the relationship between the bulk modulus and compressibility. b) A 100 litre volume of liquid is subjected to a 2000 psi increase. If the compressibility of the liquid is 5 x 10-5 per atm, find the bulk strain and absolute decrease in the volume of the liquid c) explain the concepts of shear stress and shear strain? could these concepts be applied to the fluid problem above?
Solve it quickly please
Explain the following mechanics of materials expressions in detail. a) What is the toughness of a material? Give 3 examples of tough materials. b) What is the ductility of a material? Give 3 examples of ductile materials. c) What is the brittleness of a material? Give 3 examples of brittle materials. d) Explain the relationship between the toughness, stress and strain of a material. e) Explain the relationship between the toughness and ductility of a material.
What is the definition of fracture toughness?
1. (a). State the FOUR main classes of engineering materials. Give ONE examples for each class of engineering materfals. bahan kejuruteraan. Nyatakan EMPAT pengkelasan bahan kejuruteraan. Berikan SATU contoh bagi setiap pengkelasan (b). Given that a steel bar with cross area of 50 mm? is subjected to tensile force of 1000 N. Compute the density of steel bar. Given the length of bar is 50 cm and gravitational acceleration, g is 9.8m/s? Diberi suatu keluli bar dengan keratan rentas 50 mm2 dikenakan tegasan tegangan sebanyak 1000 N. Kirakan ketumpatan keluli bar ini. Diberikan panjang bar adalah 50 cm dan pecutan graviti, g ialah 9.8m/s. (c). A structural plate component of an engineering design must support 207 MPa in tension. If aluminum alloy 2024-T851 is used for this application, calculate the largest internal flaw size that this material can support. Given Y =1, K1c = 26.4. Satu komponen plat struktur bagi rekabentuk kejuruteraan mesti menyokong tegangan sebanyak 207 MPa. Jika aloi…
Describe the historical development of the mechanics of materials?
Q4)) Answer the following briefly: A)) What the benefit of understanding the mechaneical properties of the material? B)) Write the equation of the following: Engineering stress, True stress, Engineering strain, True strain, modulus of elasticity C)) Write the equation to explain the relationship between stress and strain in the elastic and plastic regions? D)) Why the engineering stress-strain results are important in the design, while the true stress-strain results are important in the manufacturing. E)) Explain meganism of tensile test? F)) There are two different types of stress-strain curves; what are they, explain briefly? G)) What is the means of the yield point in stress-strain curve, explain briefly? H)) The process of bending subjects the material to various stresses, explain briefly? I)) Explain the applied load and the indentor type used in the hardness test for the following: Brinell Hardness Test (BHN), Rockwell Hardness Test (HR), Vickers Hardness Test (HV), Knoop…
DIRECTION: Identify the following term. 3. It is the study of the relationship between the external loads applied to a body and the stress and strain caused by the internal loads within the body.
Materials Mechanics II
A food product wants to be produced in a small round shape (pellet) by freezing it in a water blast freezer freezer. Air freezer operates at -25 ° C. The initial product temperature is 25 ° C. The pellet has a diameter of 0.5 cm, and a density of 980 kg / m3. The initial freezing temperature is -2.5 ° C. The latent heat of freezing of the product is 280 kJ / kg. The thermal conductivity of the frozen product is 1.9 W / (m ° C). The convective heat transfer coefficient is 50 W / (m? K). Calculate the freeze time.