Titanium alloy with cylindrical structure has a modulus of elasticity of 107 GPa. The diameter of this alloy is 3.8 mm. It experiences only the deformation of elastic when the 2000 N tensile load is applied to it. The specimen is to be determined for maximum allowable elongation of 0.42 mm. Concept introduction: Concept of stress will be used which applied to the given specimen. The formula of stress is given as- σ = F A Here, F = force acting on the material A = area of material σ = stress applied to the material Concept of strain can be used to estimate the elongation in the alloy. The formula is given as- ε = Δ l l Here, e = strain Δl = change in length due to deformation l = initial length of material Concept of modulus of elasticity will be used. The formula elasticity modulus is given as- E = s t r e s s s t r a i n

Question

Simulate on a vertical time axis (with events labeled with the senders names A-D) the contention period of FOUR equally distanced Ethernet stations that all attempt to transmit at T=0 a minimally sized frame, in the style of the binary Exponential Backoff Algorithm. Assume that time is measured in slot times, and that exactly one slot time is needed to detect a collision (so that if two stations transmit at T=1 and collide, and one of them chooses a backoff time k=0, then that station will transmit again at T=2). Use as coin flip (source of randomness) an ID written in binary. use the bits in order from the least significant to the most significant. If for a given coin throw you need k bits, use the least significant ID bit extracted in the corresponding group of bits, as the least significant bit of the coin thrown. Start be writing the ID, which is 904012207 As example of the expected answer format, with the random sequence R: 100101010101001011001010 01 01011 10010 1010 1010 010…

Answer 1

Question

Chapter 6, Problem 6.15P

Interpretation Introduction

Interpretation:

Titanium alloy with cylindrical structure has a modulus of elasticity of 107 GPa. The diameter of this alloy is 3.8 mm. It experiences only the deformation of elastic when the 2000 N tensile load is applied to it. The specimen is to be determined for maximum allowable elongation of 0.42 mm.

Concept introduction:

Concept of stress will be used which applied to the given specimen. The formula of stress is given as-

σ=FA

Here,

F = force acting on the material

A = area of material

σ = stress applied to the material

Concept of strain can be used to estimate the elongation in the alloy. The formula is given as-

ε=Δll

Here,

e = strain

Δl = change in length due to deformation

l = initial length of material

Concept of modulus of elasticity will be used. The formula elasticity modulus is given as-

E=stressstrain

Expert Solution & Answer

Trending nowThis is a popular solution!

See solution

Check out sample textbook solution

Students have asked these similar questions

Simulate on a vertical time axis (with events labeled with the senders names A-D) the contention period of FOUR equally distanced Ethernet stations that all attempt to transmit at T=0 a minimally sized frame, in the style of the binary Exponential Backoff Algorithm. Assume that time is measured in slot times, and that exactly one slot time is needed to detect a collision (so that if two stations transmit at T=1 and collide, and one of them chooses a backoff time k=0, then that station will transmit again at T=2). Use as coin flip (source of randomness) an ID written in binary. use the bits in order from the least significant to the most significant. If for a given coin throw you need k bits, use the least significant ID bit extracted in the corresponding group of bits, as the least significant bit of the coin thrown. Start be writing the ID, which is 904012207 As example of the expected answer format, with the random sequence R: 100101010101001011001010 01 01011 10010 1010 1010 010…

Can you help me solve this on matlab

Qu. 5 Composite materials are becoming more widely used in aircraft industry due to their high strength, low weight and excellent corrosion resistant properties. As an engineer who is given task to design the I beam section of an aircraft (see Figure 7) please, answer the following questions given the material properties in Table 3. Determine the Moduli of Elasticity of Carbon/Epoxy, Aramid/Epoxy, and Boron /Epoxy composites in the longitudinal direction, given that the composites consist of 25 vol% epoxy and 75 vol% fiber. What are the specific moduli of each of these composites? What are the specific strengths (i.e. specific UTS) of each of these composites? What is the final cost of each of these composites?please show all work step by step problems make sure to see formula material science