Write the advantages and disadvantages of gus turbime

Q: To insulate a device against a high external temperature, which of the following are practical…

A: Insulation is the process of surrounding a material by some other material to reduce the escape of…

Q: State the formula for: - the actual mechanical advantage (AMA) of wedge; - the ideal mechanical…

A:

Q: in steel, explain major axis vs minor axis explain this straight to the point

A: To explain: The major axis vs minor axis in steel.

Q: What are some examples of an application of the Lever Rule and explain

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Q: clearance in the assembly

A: Given; In an interchangeable assembly, shafts of size = 25.00-0.0100-0.040mmsizes of  holes=…

Q: Define the term transverse shear?

A: The shear stress which occurs due to bending moments in a body is known as the Transverse shear.

Q: Q2 (a) Compare single threaded and multiple threaded screw and state the benefit why it has been…

A: Introduction: Threading is done for fastening two objects or for motion transmission. In swiss…

Q: Analyze the pneumatic problem and design direct and indirect pneumatic circuit diagram with…

A: Direct Activation Pneumatic Circuit:

Q: I C1040, OQT 1000°F, ultimate strength is approxima

A: Ultimate Strength:- The maximum resistance to fracture of a material is measured by its ultimate…

Q: Explain the Navfac (1982) Correlation for Sub grade Reaction Modulus ?

A: Modulus of subgrade reaction is outlined because the pressure per unit deformation of the subgrade…

Q: Give 5 examples of Critical Damping, Over Damping, Under Damping.

A:

Q: How does polishing a connecting rod in a high speed internal combustion engine help to reduce the…

A: Connecting rod used to transmit the compressive and tensile load transmitted by crankshaft.

Q: Which is not a performance factor of the design of a journal bearing? choose answer below…

A:

Q: In detail discuss what, where and how are counterweights used?

A:

Q: 5) Compare Power Screws with Ball Screws (based on their design parameters and application…

A: The detailed answer is provided below.

Q: Explain why intermediate jacks designed in some pipe jacking projects?

A: In the long pipeline, the establishment of frictional forces between the jacking pipe and soil is…

Q: ed? Static of

A:

Q: Differentiate between dry friction and internal friction ?

A: Friction: Friction is the force resisting the relative motion of solid surfaces, fluid layers, and…

Q: Perform a FMEA analysis for the air fryer developed . Consider different failure modes as applicable…

A: To analyse: FMEA for the air fryer developed.

Q: Case 1: Case of the Twisted Shaft The shafting shown in Figure 2.51 was taken from a mill transfer…

A: As per the question, the bore of sprocket and bearings are fixed, that means the diameter of the…

Q: Elaborate the design procedure for Muff Coupling with step by step manner with all relevant…

A:

Q: 7. Which one is coarser? (a) Abrasive paper: 180 grit paper or 320 grit paper ANS: (b) ) Metal…

A: Given: Grit is the size sandpaper, used to rating of the sandpaper. The grit ranges from MACROGRITS…

Q: What material and corresponding stresses is best for HP shape?

A:

Q: Define the post-buckling behaviour of steel braces be modelled in ANSYS workbench?

A: Post-Buckling Behaviour, also known as the deformation after buckle initiation, can help to…

Q: Write the difference between damped and undamped vibrations?

A: Answer :-  The difference between damped vibration and undamped vibration has been summarised in…

Q: (a) List THREE (3) factors that effect the rolling resistance of vehicle tires.

A: Rolling resistance: The rolling resistance is a force which works opposite to the forward motion of…

Q: Consider the variation in performance under mild loads between slotted and pure ALOHA. Find the…

A: To find: The smallest variation in the performance under mild loads between slotted and pure ALOHA.

Q: Name two (2) rotary mechanical seal face combinations that have excellent wear properties and would…

A: Silicon carbide is a hard and wear-resistant material that can withstand the abrasive effects of…

Q: Explain the difference between mean time between failures and useful life

A: Meantime between failures (MTBF) is the anticipated passed time between inborn disappointments of a…

Q: Define what is meant by uniaxial, biaxial, and triaxial loading.

A: Uniaxial loading: When load is acting on a body in single X- direction then it is called as the…

Q: What is the shear rate of a

A: Given: flow rate= 10 kg/min density=0.9 g/c L=10 cm w=25 mm t=3 mm To determine: shear rate

Q: asically we’re designing a machine that has rollers to flattened and rotating shaft to roll a strip…

A: Explanation:The torque required to flatten the dried leaves using the rollers is calculated based on…

Q: With proper reasoning and neat sketches derive the Buckingham equation for spur gear

A:

Q: Discuss the consequences Selasi would incur in his design project if Amuzu had bought 9/16 inch size…

A: In this problem, we will be calculating the section modulus for each shaft depending upon the…

Q: You have been tasked with designing a set of gears made from a material with a Brinell hardness (Hg)…

A: The solution of the above question can be easily obtained by tracing the value of Cs at hardness…

Free Body Diagram

The system of forces acting on a body tends to either rotate it or make the body undergo motion. In general, when an external agent exerts a force on a body, the body undergoes translational motion and rotational motion. The body has six degrees of freedom under the influence of that force. Here, three degrees of freedom are from the translational motion while the other three are from the rotation motion. However, sometimes the bodies are not allowed to undergo any motion and are fixed, under such conditions the body is said to be constrained.