A Final year project on “Multi-Task Learning Mechanism For Remote Sensing Image Motion Deblurring” was submitted by Akash S (from Karpagam College Of Engineering)to extrudesign.com. ABSTRACT Photon checking imaging can be used to get obviously photon-confined scenes. In photon checking imaging, information on event photons is gotten as twofold edges (bit plane housings), which are changed into a […]
What is the Fatigue Crack propagation rate?
Fatigue failure refers to the failure of the machine component due to repeated or cyclic loading. Due to the fluctuation in the stress, this failure occurs. This Fatigue Failure process starts with the Crack initiation due to the repeated cyclic loads. This crack propagates and leads to the Final fatigue failure. This Fatigue failure is […]
Real-Time Moving Object Detection for Day-Night Surveillance using AI
Project Title: Real-Time Moving Object Detection for Day-Night Surveillance using AI A Final year project on “Real-Time Moving Object Detection for Day-Night Surveillance using AI” was submitted by Gaurav Barve / Aditya Chache / Vineet Das (from Mumbai University / Datta Meghe College Of Engineering)to extrudesign.com. Abstract In this project, we have created a Web App that can […]
How to calculate Fatigue Life?
As we discussed earlier What is fatigue failure. Fatigue failure refers to the failure of the machine component due to repeated or cyclic loading. These cyclic or repeated loads are known as fatigue loads. Due to the fluctuation in the stress, this Fatigue failure occurs. Fatigue life means the number of cycles of stress that a component […]
Engineering Stress and Engineering Strain
In a Machine, every component is subjected to various forces. Due to these forces acting on the machine components, there are various types of stresses are induced. Where a simple stress is defined as the internal resistance force that opposes the external force per unit area. Where the Strain is defined as the deformation per unit […]
What is Creep and Stress Rupture Of Metals?
When a metal or an alloy is under a constant load or stress, it may undergo progressive plastic deformation over a period of time. This time-dependent strain is called creep. The Stress Rupture of Metals referred to the sudden and complete failure of a material under stress when there is a constant loading of the metals. Let us […]
How to calculate Fracture Toughness in metals?
In the previous article, we have discussed the different types of fracture. Ductile fracture and brittle fracture are the broad classifications of fractures. In this article, we will discuss how to calculate Fracture Toughness in metals to avoid failure. As we have discussed in the previous article, ductile fractures may occur in metals due to […]
Ductile Fracture and Brittle Fracture
In material science, Fracture is the separation, or fragmentation, of a solid body into two or more parts under the action of stress. The process of fracture can be considered to be made up of two components, crack initiation and crack propagation. According to the Strain to fracture behavior of metals, there are two types of Fracture in Metals Ductile […]
What are the different types of Fracture in Metals?
In material science, Fracture is the separation, or fragmentation, of a solid body into two or more parts under the action of stress. The process of fracture can be considered to be made up of two components, crack initiation and crack propagation. Let us discuss the Fracture in more detail and list different types of fracture in metals. Types of […]
Common Types of Failure Modes in Material Science
Failure is one of the most important things that every design engineer must deal with. All the structural members and machine elements can fail to perform their intended functions. In order to understand any failure of a machine element first, we need to understand how many possible ways that a machine element can fail. Let […]
Why Hollow Shaft is better than a Solid shaft?
Have you ever wondered why most of the time you have seen many applications involve hollow shafts instead of solid ones? How the Hollow Shaft is better than a Solid shaft? Let us see how the hollow shafts are better than the solid ones. Differentiating the Hollow shaft and solid shaft can be done with […]
How to Calculate Shaft Diameter under Axial Load?
In the previous article, We have discussed how to calculate the shaft diameter under twisting and bending moment with the fluctuating load. In some cases such as propeller shafts of ships, there will be an additional axial load that will act on the shaft in addition to the Torsion and bending loads. Now let us […]
Torsional Rigidity vs Lateral Rigidity
Torsional Rigidity is simply the resistance to the angular twist of any shaft or beam. But how it is different from Lateral Rigidity? Let us discuss Torsional Rigidity and Lateral Rigidity in detail to understand the differences. In the previous articles, we have been discussing how to design a shaft if it is subjected to […]
Example Problem on Calculating Shaft Diameter
In the previous articles we have discussed calculating shaft diameter if it is subjected to twisting moment, bending moment, fluctuating, and Axial Load. Following are the list of all the article we have discussed. How to calculate the shaft diameter from the torque? How to calculate Shaft Diameter under Twisting, Bending Moment, and Fluctuating? How […]
How to calculate Shaft Diameter under Twisting and Bending Moment?
In the previous article, we have discussed that from a given torque we can calculate the shaft diameter, but what if the shaft is subjected to the bending moment and twisting at the same time? Let us see how we can calculate shaft diameter under the twisting and bending moment. Design of Shafts The design […]
Turnbuckle: Adjustable Screwed Joint for Round Rods
A turnbuckle is a joint or also known as a coupling to join two threaded rods together. This turnbuckle is also referred to as Rigging screws or an Adjustable Screwed Joint for Round Rods. Let us see how we can design Turnbuckle to connect two threaded rods. Turnbuckle In this adjustable screwed joint, one of […]
Design Calculations of Knuckle Joint
A knuckle joint is a mechanical joint that helps to connect two rods that are under the action of tensile loads. In some cases, it is possible to join the rods with knuckle join if they are under compressive load with proper guided supports. In this article, we will discuss how to calculate the design […]
How to design a Cotter Foundation Bolt?
Topic: Design of a Cotter Foundation bolt A foundation bolt is used to fasten a structure or a machine to a permanent base. Following is an example of an ordinary Foundation Bolt used for the structure to hold on the ground. Cotter Foundation Bolt Cotter Foundation Bolt is a combination of a Cotter with the […]
Designing a Cotter Joint to Connect Piston Rod and Crosshead
We have been discussing the different types of Cotter joint, and in the previous article, we have discussed how to design the Gib and cotter joint for the connecting rod big end with strap. In this article, we are going to design a Cotter joint to connect piston rod and crosshead. Cotter Joint to Connect […]
How to Design a Gib and Cotter Joint for Square Rods?
As you know, there are 3 different types of cotter joints. The Gib and Cotter Joint is one of them. The other two are the Socket and Spigot Cotter Joint, and Sleeve and cotter joint. In this article, we are going to discuss how to design the Gib and Cotter joint for Square rods to avoid possible failures […]
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