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Machine Design Homework Help From The Best Subject Matter Experts!

The study of designing a machine is machine design. Developing a new device or mechanical component is beneficial. It can also aid in enhancing the current design. Drawing the 2D and 3D models of the machine components are done using computer-aided design (CAD). Application of mathematics, kinematics, statics, dynamics, material mechanics, engineering materials, mechanical technology of metals, and engineering drawing are all part of machine design. It also uses concepts from other fields, including electrical theory, hydraulics, engines, turbines, pumps, and thermodynamics. The complexity grows at that point. It creates a demand for support from a machine design tutor. However, the issue of "What is the finest website for machine design homework help?" emerges.

Many services that advertise that they can aid with machine design homework are frauds. Reviews do, however, reveal a lot about credibility. You may easily see thousands of satisfied students' favorable evaluations on our website, TutorBin. So, whenever someone is unsure where to turn for help with machine design homework, they can always rely on TutorBin. Spend ten minutes reading this thorough guide to learning more about how we are assisting millions of students in completing their machine design homework.

TutorBin: No.1 Online Machine Design Homework Help in the USA

Engineering materials and their propertiesTop-notch quality by eminent tutors
Pipes and pipe joints0% plagiarism
Riveted jointsOn-time delivery
Shafts 100% accuracy
LeversFree revisions
GearsPocket-friendly prices

What Drives Students To Ask For Machine Design Solutions?

Machine design students face various challenges in their studies, with homework being one of them. Take a peek at the most prevalent issues that students face.

  • Most machine design students encounter time constraints; they do not have enough time to complete their homework. As a result, they seek machine design homework assistance.
  • Students sometimes struggle to discover reputable sources for their homework research. Due to a lack of resources, they must seek help to complete their machine design homework.
  • To complete machine design homework, students must have good drawing skills. But every student is not good at drawing, so they lose marks.
  • Students generally don't have a firm grasp of academic writing. Among other things, they lack knowledge of proper citation, references, writing, and language usage. It affects the caliber of the content, and you might have to accept lower marks.
  • The Machine Design Tutor At TutorBin Covers The Following Topics!

    Our tutors cover the following topics while offering you machine design homework assistance.

  • Introduction to Machine Design
  • Engineering Materials and their Properties
  • Manufacturing considerations in designing a machine
  •  Simple Stresses in Machine Parts
  • Torsional and Bending Stresses in Machine Parts
  • Variable Stresses in Machine Parts
  • Pipes and Pipe Joints
  • Riveted Joints
  • Welded Joints
  • Screwed Joints
  • Cotter and Knuckle Joints
  • Keys and Coupling
  • Shafts
  • Levers
  • Power Screws
  • Flat Belt Drives, Flat Belt Pulleys, V-Belt and Rope Drives, Chain Drives
  • Flywheel/ Inertia Rings
  • Springs
  • Clutches, Brakes
  • Bearings (Sliding Contact Bearings, Rolling Contact Bearings)
  • Gears (Spur Gears, Helical Gears, Bevel Gears, Worm Gears
  • I.C Engines (Internal Combustion engines)

  • How Does Our Tutor Writes Your Machine Design Solution?

    You can read this section to understand how our online machine design tutor creates your homework. 

    1st Stage: In-Depth Research
    When our machine design online instructor receives your instructions and customization requests, they begin exploring online and offline resources to compile all the information needed for your task.

    2nd Stage: Penning homework Following the study, our tutor creates an outline for your task. Your machine design online tutor then proceeds to complete your homework flawlessly. He ensures that your machine design homework stands out and you get good grades.

    3rd Stage: Revision And Proofreading Finally, your work is thoroughly revised and reviewed by an expert machine design tutor. It ensures that your machine design homework does not contain grammatical, factual, or typographical problems that could result in a grade deduction.

    Benefits Of Hiring TutorBin For Machine Design Help!

    TutorBin's machine design homework help online can be helpful for students studying machine design. See the reasons why students suggest our machine design help below.

  • Accurate Solutions:
  • Calculations, drawings, and arriving at the correct answer are the foundation of machine design. With their in-depth knowledge of the subject, our team of specialists will help you consistently arrive at the correct answer to your homework.

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  • What if you need machine design answers in the middle of the night? Whom will you contact if you need urgent machine design solutions? What better place than TutorBin! Our company is well known for helping many students in emergencies. Our highly skilled machine design tutor will offer solutions 24/7.

  • Original material with a thorough justification:
  • We will thoroughly explain and cite machine design solutions. You may be sure that the machine design answers you purchase from us will make it simpler for you to comprehend all the underlying concepts. It will be without plagiarism.

  • Quality homework:
  • We offer students excellent machine design homework help. Our machine design tutor's in-depth knowledge and industry experience contribute to it. After working with our machine design tutors online, we saw students' grades improve.

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  • Once you have asked TutorBin for a machine design solution, you don't have to worry about missing another deadline. We take great satisfaction in offering prompt machine design help and never making you miss a due date.

  • Free Revision:
  • Our machine design tutors online will complete free revisions of your homework if you feel that you are not entirely pleased with the level of quality that you have gotten.

  • You can chat with your instructor:
  • We do more than do your homework at TutorBin. Every hour of every day, our online homework experts are here to address your concerns and go over any areas of your work that are causing you difficulties.

  • Price ranges are fair:
  • Our main goal is to help students advance, and we work hard to offer affordable tuition to meet everyone's needs. Our service fees are reasonable. As long as TutorBin is in charge of assisting you with your machine design homework, you won't feel under any financial pressure.

    Get Top-Notch Machine Design Homework Help From TutorBin!

    Do you struggle to finish your machine design homework? And you're looking for online assistance with your machine design homework. You are in the right place if that is the case. You can get service from our eminent machine design tutor with any machine design homework. Our machine design experts are doctoral- and masters-degree holders. They are completely capable of providing excellent machine design solutions that meet your requirements and the standards of your teachers. We promise original, error-free homework, free rewrites, and early project completion—everything we offer at incredibly affordable prices that you may easily afford. If you need emergency help, we are here to help you anytime.

    Because our homework solutions are of such excellent caliber, our reputation has gotten better over time. We have excelled with 4.62 out of 5 customer satisfaction ratings and outstanding reviews. So act quickly and take advantage of our machine design homework help! Post your request for assistance with "Do my machine design solution" or speak with one of our customer service representatives right away. Cheers!

    Popular FAQs Searched By Students! 

    Can you provide me with machine design solutions?

    Yes, we deliver high-quality machine design solutions ready to submit. Our machine design professionals have years of experience in the academic assistance field and can manage even the most challenging homework. No one can fulfill the "Do my machine design homework solutions" request better than TutorBin. 

    How long will it take to write my machine design solution?

    Each project has a varied completion date because each one is unique. However, we promise your cooperation will never let you miss a deadline. Additionally, you can rely on our online homework assistance if you need an urgent machine design solution.

    Can an average student afford machine design homework help online?

    Our machine design homework help online aims to assist students worldwide. We make an effort to keep costs low as a result. For that, we provide discounts and reward points. You may be confident that the homework cost will be reasonable, even though the final price will vary depending on the subject, length, degree of difficulty, and deadline.

    Is asking for machine design tutoring considered cheating?

    When you ask us, "Can you provide machine design tutoring," it is not cheating:

  • There is no plagiarism or copy-pasting in your machine design homework.
  • You can learn machine design more efficiently with the help of our step-by-step explanations. 
  • We safeguard your privacy as it is paramount.
  • Who is a machine design tutor online?

    You will find the best "machine design tutor online" at TutorBin. Our experts have years of experience in the field of machine design. Furthermore, every machine design expert goes through a series of tests and interviews by our team. It ensures that your machine design homework is always in good hands.

    Can machine design tutors provide plagiarism-free answers?

    Our online machine design tutors compose homework from scratch without reusing any information. Every machine design homework we produce is distinctive, and we use quality control methods to ensure ultimate quality.

    How is TutorBin the best for machine design help?

    TutorBin provides several advantages that make it the ideal website for machine design help. Get 100 percent accurate responses and step-by-step solutions from our machine design tutor online for a better understanding.

  • The reasonable prices will make your experience with TutorBin unmatched.
  • Get timely delivery and unique machine design homework solutions.
  • You can ask us to tweak your machine design homework until you are content.
  • Never miss taking advantage of our machine design video answers for doubt-clearing.
  • You can avail of machine design professional assistance twenty-four hours a day, seven days a week.
  • Utilizing our interactive and user-friendly dashboard is easy.
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  • Complete discretion is a promise from TutorBin.
  • Recently Asked Machine Design Questions

    Expert help when you need it
    • Q1:The data show the population (in thousands) for a recent year of a sample of cities in South Carolina. 26 26 15 29 69 21 30 29 26 20 38 85 19 23 29 25 111 47 49 108 30 38 ان بن 13 19 30See Answer
    • Q2: What are four environmental impacts? Explain how and in which units each environmental impact is measured. [20 points]See Answer
    • Q3: 3. A simply supported composite beam (L = 4.5 m) is subjected to a positive bending moment (680 N-m) at both ends. The beam is made of two materials in a square cross-section. Material 1 is 50x50mm and is surrounded by a 25 mm shell of material 2. Solve for the maximum stress in each material. E1 = 100 GPa, E2 200 GPa. (10 pts)See Answer
    • Q4: 3) For the bearing application specifications given in the table for the assigned problem, determinethe Basic Load Rating for a ball bearing with which to enter a bearing catalog of manufacturer 2in Table 11–6. Assume an application factor of one. (10pts)3. Repeat this scenario 3 times with different desired reliability (95, 99)% ,different life, and different catalog manufacture (1) while all are held the same. How does that effect the design? (10pts). See Answer
    • Q5: (a) What are the maximum and minimum diameters allowed for the boss? (b) What is the effect of the position tolerance of 0.2 on the diameters specified in part (a)? (c) The position control defines a tolerance zone.Specifically, what must stay within that tolerance zone? (d) What is the diameter of the tolerance zone if the boss is produced with a diameter of 50.3? (e) What is the diameter of the tolerance zone if the boss is produced with a diameter of 49.7? (f) Describe the significance of the datum references to the determination of the position tolerance zone. 3) What is the perpendicularity tolerance with respect to datum A? (Select one.) i. Not defined. ii. Controlled by the position tolerance; 0.2 at MMC to 0.5 at LMC. iii. Controlled by the size tolerance; 0.3. iv. Must be perfectly perpendicular; 0. What controls the cylindricity? (Select one.) i. There is no control on the cylindricity. ii. From Rule #1, the envelope of a perfect cylinder with diameter of 50. iii, From Rule #1, the envelope of a perfect cylinder with diameter of 50.3. iv. From the position control, the center axis of each cross section must be within the0.2 cylindrical tolerance zone.See Answer
    • Q6: 2) The weldment shown in the figure is subjected to an alternating force F. The hot-rolled steel bar has a thickness h and is of AISI 1010 steel. The vertical support is likewise AISI 1010 HR.steel. The electrode is given in the table below. Estimate the fatigue load F the bar will carry if three fillet welds are used. (10pts) Repeat this scenario 3 time with different grade electrode (E7XXX, E8XXX...etc) and different grade AISImaterial while all are held the same. By changing electrode, material property, load, application, how does that effect the design? (10pts). See Answer
    • Q7: 5) An eight-cylinder diesel engine has a front main bearing with a journal diameter of 3.500 in and a unilateral tolerance of 20.003 in. The bushing bore diameter is 3.505 in with a unilateral tolerance of10.005 in. The bushing length is 2 in. The pressure-fed bearing has a central annular groove 0.250 in wide. The SAE 30 oil comes from a sump at 120°F using a supply pressure of 50 psig. The sump's heat-dissipation capacity is 5000 Btu/h per bearing. For a minimum radial clearance, a speed of 2000rev/min, and a radial load of 4600 lbf. Find the average film temperature and apply Trumpler's criteria in your design assessment. (10pts). Repeat this scenario 3 times with different grade SAE oil, different supply pressure and different speed while all are held the same. What can you conclude by changing these parameters and how does that effect the design? (10pts).See Answer
    • Q8: Summary:-In this project interest of minimizing the heat energy required for heating the air to kill corona virus at 200-degree Celsius. This project having two heat exchanger HX1 & HX2, need to design that heat transfer is maximum. Use both methods NTU and LMTD method to calculate the required area of the heat exchanger, both get the same.Approach to the work:- first, we calculate the velocity of flow rate by using the given data volume flow rate and cross sectional area, and assume that flow velocity of air overall system is the same.Calculate the mass flow rate of air and as well as water, and calculate heat capacitance of both.Heat capacitance(mc) of both fluids is the same, hence the heat capacity ratio is 1.calculation of overall heat transfer coefficient by assuming that the heat transfer coefficient of air and water are shown in the calculation page.At last, calculate the required area of heat exchanger which is 19.328m2.For calculation of the number of row tube we assume that length of the heat exchanger is 1m,the number of row tube is to be equal to 19 tubes, the same process are used for heat exchanger The key concluding remark:-the number of tubes is 19 of 17 cm radius, single row.the required area is equal to 19m2.See Answer
    • Q9: Problem 2. For the same bend steel shaft described in Problem 1. Calculate the displacement of point B in x direction and y direction use (1) method of superposition; (2) Castigliano's method. See Answer
    • Q10: Problem 5. Use the table and figure given below, estimate the following for a 1035 HR steel(a) the rotating-beam endurance limit at 10° cycles.(b) the endurance strength of a polished rotating-beam specimen corresponding to 10 cycles to failure(c) the expected life a polished rotating-beam specimen under a completely reversed stress of 28 kpsi. See Answer
    • Q11: Problem 3. Draw shear force and bending moment diagrams for the beam shown in the following figure. The beam has a rectangular cross-section with a height of 200 mm and a width of 150 mm. Calculate the deflection of point C using moment-area method. Assume E for the wood beam is 10 GPA. See Answer
    • Q12: Problem 4. The A992 steel (E = 29 x 10 psi, oy=50,000 psi) bar AB has a solid square cross section. Bar BC has a solid round cross section (dia=0.75"), is made of the same material as bar AB. Both are pin connected at its ends, determine the maximum allowable load P that can be applied to the frame. Consider the possibility of tensile failure of bar BC (use maximum shear stress failure theory) and buckling of bar AB. See Answer
    • Q13: 1) The section of shaft shown in the figure is to be designed to approximate relative sizes of d = 0.75D and r = D/20 with diameter d conforming to that of standard metric rolling-bearing bore sizes. The shaft is to be made of AISI 4140 steel, heat-treated to obtain minimum strengths in the shoulder area of 951 MPa ultimate tensile strength and 834 MPa yield strength with a Brinell hardness not less than 285. At the shoulder the shaft is subjected to a completely reversed bending moment of 35 x 10°, accompanied by steady torsion of 22.5 x 10' are machined.See Answer
    • Q14: 1. A single horizontal force of 150 Ibf is applied to the end of lever ABC at C. AB has a diameter of1.2 inches and BC has a diameter of 0.75 inches. Determine the normal and shear stresses on an element located at point Q and having sidesparallel to the x and y axes. Draw an stress cube and show all applicable stresses on the positive faces. Label your axes. Determine the principal stresses and maximum shear stress and principal and shear planes. d. Sketch Mohr's circle for part C. See Answer
    • Q15: (20%) A shaft, made of AISI 1050 CD steel, is loaded in bending and torsion such that Ma = 610 lbf · in, Ta= 375 lbf · in, Mm = 469 lbf · in, and Tm = 287 lbf · in. The shaft has a fully corrected endurance limit of Se = 30 kpsi and at the critical stress location, Kf= 2.3 and K= 1.9. Estimate the true fracture strength as being 50 k psi greater than the ultimate strength. The design factor is 2.5. Determine the minimum acceptable diameter of the shaft using the DE-Goodman criterion.See Answer
    • Q16: 7. (20%) The design load on a ball bearing is 413 lbf and an application factor of 1.2 is appropriate. The speed of the shaft is to be 300 rev/min, the life to be 30 kh with are liability of 0.99. What is the C10 catalog entry to be sought (or exceeded) when searching for a deep-groove bearing in a manufacturer's catalog on the basis of 106revolutions for rating life? The Weibull parameters are xo = 0.02, (0 – xo) = 4.439,and b = 1.483.See Answer
    • Q17: Calculate the energy stored in a steel torsion bar spring such as that shown in Figure12.1a when one end of the bar angularly rotates 65° relative to the other end. The length of the torsion bar portion is 50 in., and the diameter is 0.312 in. Also, calculate the maximum shear stress. See Answer
    • Q18: 11-34 The figure shown is a geared counter shaft with an overhanging pinion at C. Select an angular contact bearing from Table 11-2 for mounting at O and an 02-series cylindrical roller bearing from Table11-3 for mounting at B. The force on gear A is FA = 600 Ibf, and the shaft is to run at a speed of 420rev/min. Solution of the statics problem gives force of bearings against the shaft at O as RO = -387j +467k Ibf, and at B as RB = 316j – 1615k Ibf. Specify the bearings required, using an application factor of1.2, a desired life of 40,000 hours, and a combined reliability goal of 0.95, assuming distribution data from manufacturer 2 in Table 11-6.See Answer
    • Q19: 11-26 An 02-series single-row deep-groove ball bearing is to be selected from table 11-2 for the following application conditions (I'll write them out there is a table in the book). Radial Load = 8 kN,Axial Load = 3 kN, Design Live = 108 rev, Ring rotating = Outer, Desired Reliability = 90%. Specify the smallest bore size from table 11-2 that can satisfy these conditions.See Answer
    • Q20: 3. (20 points) Design a plain surface bearing using the full-film hydro dynamically lubricated bearing approachable to carry 1500lb from a shaft having a diameter of2.5in and rotating at 1000rpm. Start with a nominal pressure of 240psi. Identify the required minimum lubricant viscosity, and calculate the friction torque (inIb in) and the frictional power loss (hp).See Answer
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