What welding process will you recommend to weld the push rod to top attachment ? (Weld...
Fantastic news! We've Found the answer you've been seeking!
Question:
Transcribed Image Text:
What welding process will you recommend to weld the push rod to top attachment ? (Weld 3). Draw the welding joint geometry and show the welding symbol. Push rod diameter ½ inch, top tube attachment I inch in diameter, 1.5 inches long and 3/8 inch wall thickness. What welding process will you recommend to weld the bottom clevis attachment to the bottom plate of the cylinder? ( weld 4). Draw the weld joint detail and show the welding symbol. Assume the thickness of the tubular attachment or clevis to be 0.5 inches thick, 1 inch outer diameter and 2 inches in length. Hint: Fill the flare groove weld with three passes of weld. Weld 1 Weld 4 Weld 3 Weld 2 What welding process will you recommend to weld the push rod to top attachment ? (Weld 3). Draw the welding joint geometry and show the welding symbol. Push rod diameter ½ inch, top tube attachment I inch in diameter, 1.5 inches long and 3/8 inch wall thickness. What welding process will you recommend to weld the bottom clevis attachment to the bottom plate of the cylinder? ( weld 4). Draw the weld joint detail and show the welding symbol. Assume the thickness of the tubular attachment or clevis to be 0.5 inches thick, 1 inch outer diameter and 2 inches in length. Hint: Fill the flare groove weld with three passes of weld. Weld 1 Weld 4 Weld 3 Weld 2
Expert Answer:
Answer rating: 100% (QA)
Answer Q37 for Weld 3 We fillete weld ty pe welding paucess uill be submerged aae Lwel... View the full answer
Related Book For
Materials and process in manufacturing
ISBN: 978-0471656531
9th edition
Authors: E. Paul DeGarmo, J T. Black, Ronald A. Kohser
Posted Date:
Students also viewed these mechanical engineering questions
-
What brand architecture strategy will you recommend to McDonalds if they want to enter the hotel industry & explain why.
-
In a tubular heat exchanger with two shell passes and eight tube passes, 100,000 lb/h of water are heated in the shell from 180 to 300?F. Hot exhaust gases having roughly the same physical properties...
-
The Totally Tubular Tube Company wishes to evaluate three new investment proposals. The firm is concerned with the impact of the proposals on its total risk. Consequently, it has determined expected...
-
What are four advantages of integrating AI technologies into decision support systems?
-
What are two major similarities between protein synthesis in bacteria and in eukaryotes? What are two major differences?
-
What payment made at the end of each quarter for 15 years will accumulate to $12 000 at 6% compounded monthly?
-
The following table gives the vapor pressure of water for various temperatures a. Plot a scatter diagram. Does it seem likely that a straight-line model will be adequate? b. Fit the straight-line...
-
Sentry, Inc. was started on January 1, Year 1. Year 1 Transactions 1. Acquired $20,000 cash by issuing common stock. 2. Earned $62,000 of revenue on account. 3. On October 1, Year 1, borrowed $12,000...
-
Zero Corp's total common equity at the end of last year was $350,000 and its net income was $70,000. What was its ROE?
-
A boy tosses a ball onto the roof of a house. For the launch conditions shown, determine the slant distance s to the point of impact. Also, determine the angle which the velocity of the ball makes...
-
Discuss the following topic(s) in the forum and submit proof of your participation in the online discussions: 1) Professional certification and the practising accountants 2) Cost data and managerial...
-
With an elevation of 29,029 ft, Mt. Everest is Earth's tallest mountain. At this altitude, water, which typically boils at 100.0C at sea level, boils at 71.0C. Collect and Organize the following...
-
1. For each case determine the net forces acting upon the object and determine its direction Situation A Ffrict=5 N = 3 N Fnorm Fapp = 5 N Fgray = 3 N Situation B Ffrict = 5 N = 3 N norm Fgray = 3 N
-
An aeroplane from Manchester flies south for 93km and then South - East for 175km to reach Heathrow Airport. 1) Draw a diagram including each step of the aeroplane's journey and the overall distance...
-
1. The graph below shows the velocity v(t) of an object for the time interval [0,8] seconds. Find estimates for the distance travelled using Rg, Lg, Mg and Tg. and shade the corresponding rectangles....
-
The filament in a light bulb has a diameter of 0.050 mm and an emissivity of 1.0. The temperature of the filament is 3000C. What should be the length of the filament so it will radiate 60 W of power?...
-
Which entities on the chart are affiliates of the audit client Port Co A? 100% ownership. 55% fund assets Port. Co. A Audit Client Fund 1 30% ownership, 4% fund assets Port. Co. B GP/RIA 1% ownership...
-
Find the intercepts and then graph the line. (a) 2x - 3y = 6 (b) 10 - 5x = 2y
-
a. Assume that the takt time is 60 seconds for a cell, but a finishing process has a cycle time of 65 seconds, and there is no way known to reduce that time. What would you do, ideally, and why? b....
-
F. W. Taylor was one of the discoverers of high speed steel. What else is he well known for?
-
The pulse-echo ultrasonic technique can be used to determine the thickness of a part or structure. By accurately measuring the time it takes for a short ultrasonic pulse to travel through the...
-
A \(40-\mathrm{cm}-\) long tube has a \(40-\mathrm{cm}-\) long insert that can be pulled in and out, as shown in Figure P16.59. A vibrating tuning fork is held next to the tube. As the insert is...
-
The width of a particular microwave oven is exactly right to support a standing-wave mode. Measurements of the temperature across the oven show that there are cold spots at each edge of the oven and...
-
A \(12 \mathrm{~kg}\) hanging sculpture is suspended by a \(90-\mathrm{cm}-\) long, \(5.0 \mathrm{~g}\) steel wire. When the wind blows hard, the wire hums at its fundamental frequency. What is the...
Study smarter with the SolutionInn App