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Brittle materials break easily under stress while ductile materials can be stretched without breaking.
Brittle materials have low tensile strength and high compressive strength.
Ductile materials have high tensile strength and low compressive strength.
Examples of brittle materials include glass, ceramics, and cast iron.
Examples of ductile materials include copper, aluminum, and steel.
Brittle materials are prone to cracki...
There are many types of steel, each with unique properties and uses.
Carbon steel
Stainless steel
Alloy steel
Tool steel
High-speed steel
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posted on 19 Jan 2024
The best steel plant is often determined by factors such as production capacity, technology used, quality of output, and efficiency.
Consider the production capacity of the plant - higher capacity usually indicates a better plant
Look at the technology used - modern and advanced technology can lead to better quality output
Evaluate the quality of the steel produced - consistent high-quality output is a sign of a good plan...
The best steel for a specific application depends on factors such as strength, corrosion resistance, and cost.
The best steel for construction may be different from the best steel for cutlery or automotive parts
Factors to consider include strength, corrosion resistance, machinability, and cost
Examples of popular steel types include stainless steel, carbon steel, and tool steel
I was interviewed in Feb 2022.
TPM stands for Total Productive Maintenance, a system that aims to maximize equipment effectiveness and minimize downtime.
TPM involves regular maintenance and inspection of equipment
It focuses on improving overall equipment effectiveness (OEE)
TPM aims to involve all employees in the maintenance process
Examples of TPM tools include visual management, autonomous maintenance, and planned maintenance
TPM can lead to increas...
I was interviewed before Jan 2024.
A balling disc is a tool used in the pelletizing process to create uniform pellets from powdered materials.
A balling disc consists of a rotating pan with adjustable angles and a liquid binder spray system.
To handle a balling disc effectively, operators should regularly monitor and adjust the disc speed, angle, and binder spray rate.
Potential problems with a balling disc include uneven pellet size, low pellet strength, ...
The problems associated with balling include material sticking together, uneven size distribution, and issues with moisture content. Controlling dry or moist materials involves adjusting the composition and process parameters. Addressing issues from disturbed material in the balling disc requires quick adjustments and monitoring.
Problems with balling include material sticking together, uneven size distribution, and iss...
In this situation, I would first investigate the root cause of the moisture material report and balling disturbance before taking any action.
Investigate the source of the moisture material report to determine if it is a recurring issue or a one-time occurrence.
Check the equipment and processes involved in the balling process to identify any potential causes of disturbance.
Consult with relevant team members or experts t...
I have used ob and bento for balling by creating custom animations and interactions.
Used ob to create custom animations for the balling process
Utilized bento for interactive elements like selecting ball size and weight
Integrated both tools to enhance user experience and engagement
When high or low grinding material report, I adjust the settings on the machine and check for any issues with the material.
Check the settings on the machine for grinding material
Adjust the settings accordingly to address the high or low report
Inspect the material for any issues or abnormalities
Make necessary adjustments to ensure proper grinding process
posted on 26 Nov 2023
I applied via Campus Placement and was interviewed before Nov 2022. There were 4 interview rounds.
Quantitative aptitude, reasoning
Verbal (English) , technical interview and programming questions
I was interviewed in Jul 2024.
Basic size refers to the theoretical size of a part before any tolerance is applied.
Basic size is the starting point for applying tolerances in manufacturing.
It is the size that the part must be in order to function properly.
For example, if a hole is specified to have a basic size of 10mm, it means that the hole must be exactly 10mm in diameter for the part to work correctly.
Nominal size refers to the size of a part or component as designated by its name or label.
Nominal size is the size of a part as indicated by its name, but may not be the exact physical dimensions.
It is commonly used in manufacturing to simplify communication and standardize sizes.
For example, a 2x4 piece of lumber actually measures 1.5 inches by 3.5 inches.
Limits refer to the maximum or minimum values that a machine or process can handle.
Limits are set to ensure the machine operates within safe parameters.
Exceeding limits can result in damage to the machine or product.
Examples include temperature limits, speed limits, and weight limits.
Basic metrology is the science of measurement, including the study of units, standards, and instruments used for measuring physical quantities.
Involves understanding units of measurement such as length, mass, and time
Includes knowledge of measurement standards and calibration procedures
Utilizes various instruments like rulers, calipers, micrometers, and gauges
Important for ensuring accuracy and precision in manufacturi
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