Design a suitable vibration isolator, consisting of a mass

Assignment Help Mechanical Engineering
Reference no: EM131149783

Ground vibrations from a crane operation, a forging press, and an air compressor are transmitted to a nearby milling machine and are found to be detrimental to achieving specified accuracies during precision milling operations. The ground vibrations at the locations of the

1078_df6d4c48-7d62-4ccd-b5df-7b1e94d019a3.png

And Ar is the amplitude at a distance of r ft from the source. The crane, forging press, and air compressor are located at a distance of 60 ft, 80 ft, and 40 ft, respectively, from the milling machine. The equivalent mass, stiffness, and damping ratio of the machine tool head in vertical vibration (at the location of the cutter) are experimentally determined to be 500 kg, 480 kN/m, and 0.15, respectively. The equivalent mass of the machine tool base is 1000 kg. It is proposed that an isolator for the machine tool be used, as shown in Fig. 9.54, to improve the cutting accuracies [9.2]. Design a suitable vibration isolator, consisting of a mass, spring, and damper, as shown in Fig. 9.54(b), for the milling machine such that the maximum vertical displacement of the milling cutter, relative to the horizontal surface being machined, due to ground vibration from all the three sources does not exceed peak-to-peak.

2481_f75efda7-ddba-42e3-aa03-46f65d14bce9.png

Reference no: EM131149783

Questions Cloud

What valuable functions can brands perform for a firm : What valuable functions can brands perform for a firm? Given that the power of a brand resides in the minds of consumers and how it changes their response to marketing, there are two basic approaches to measuring brand equity. Briefly, describe eac..
Explain how you addressed each of letters in smart : A new startup company has established the following preliminary SWOT to date. See the Strengths and Weaknesses and Threats from the company customer service SWOT and discuss what should be addressed as opportunities based on what has been complete..
What is the probability of selecting a value at random : What is the area between the mean and 395 pounds? What is the probability of selecting a value at random and discovering that it has a value of less than 395 pounds
What is the hottest part of refrigerant in refrigeration : What is the hottest part of Refrigerant in Refrigeration?
Design a suitable vibration isolator, consisting of a mass : Design a suitable vibration isolator, consisting of a mass, spring, and damper, as shown in Fig. 9.54(b), for the milling machine such that the maximum vertical displacement of the milling cutter, relative to the horizontal surface being machined,..
Discuss strategies for teaching reading comprehension : discuss strategies for teaching reading comprehension in inclusive settings.-  discuss how can these strategies be incorporated into each of the content areas: language arts, math, science, and social studies.
Is the right price a fair price : Is the Right Price a Fair Price? Prices are often set to satisfy demand or to reflect the premium that consumers are willing to pay for a product or service. Some critics shudder, however, at the thought of $2 bottles of water, $150 running shoes..
Why probability is important-the logical interpretation : Using the video, “Why Probability is Important,” list five reasons to study probability theory. Choose two of these reasons and explain why each is either a compelling reason for you or not a compelling reason for you.  Using the video, “Probability ..
Calculate the relevant costs for the expansion decision : From the scenario for Katrina's Candies, determine the relevant costs for the expansion decision, and distinguish between the short run and the long run costs.

Reviews

Write a Review

Mechanical Engineering Questions & Answers

  Counterflow with the same overall coefficient

If the exchanger were operated in counterflow with the same overall coefficient and inlet temperatures, what would be the reduction in the required length relative to the value found in part (a)?

  Find the isentropic and the second law efficiencies for a

find the isentropic and the second law efficiencies for a turbine. it receives steam at 3000 kpa 500c and has two exit

  If only one extraction from the turbine occurs at 10 bar

a regenerative steam cycle operates between the limits of 80 bar 540oc and 0.05 bar. if only one extraction from the

  Imagine a thin cylinder of initial internal diameter do

1. imagine a thin cylinder of initial internal diameter do initial wall thickness to and initial fixed length

  Design for manufacture and assembly in construction industry

Construction technique critical review:Students will be required to formulate a 1,500 word report (4 pages completed individually according to provided template) examining a particular advanced construction method, technology or technique.

  Determine the design heating load due to infiltration

A large manufacturing space with an average floor to ceiling height of 30 ft has a floor area of 5000 ft^2. The total infiltration rate for the space is estimated to be 1.5 air changes per hour. The inside design temperature and relative humidity are..

  Maximum total deflection

A helical spring is to be constructed from a 4340 steel. The design calls for 5 coils, a coil-to-coil diameter of 12 mm, and a wire diameter  of  3  mm. Furthermore, a  maximum total deflection of 5.0 mm is possible without any plastic deformation..

  Find the meson''s speed v as a ratio v/c

Find the angle θ in the laboratory system between the momentum of each photon and the initial line of motion.

  Consider a 770-kg man standing on a spring scale in an

consider a 77.0-kg man standing on a spring scale in an elevator. starting from rest the elevator ascends attaining its

  Derive expression for drag coefficient of a high speed flow

Using Dimensional Analysis, derive an expression for the drag coefficient of a high speed flow. At high speeds, you may assume the total drag depends on the fluid density p, average velocity U, Length scale of the object L, but does not depend on the..

  What is the final pressure pf in the tires assuming

starting out a trip from a mountain you inflate the tires on your car to a pressure of 321kpa pi when the temperature

  An insulated piston-cylinder device initially contains 9647

an insulated piston-cylinder device initially contains 9.647 lb of air at 20 psia and 60ordmf. then 1000 btu per lb of

Free Assignment Quote

Assured A++ Grade

Get guaranteed satisfaction & time on delivery in every assignment order you paid with us! We ensure premium quality solution document along with free turntin report!

All rights reserved! Copyrights ©2019-2020 ExpertsMind IT Educational Pvt Ltd