Read more about the article Basics of Mechanical Engineering concepts or terms
Mechanical Engineering Basic concepts by MANUFAST

Basics of Mechanical Engineering concepts or terms

Force, pressure, velocity, acceleration, work, energy, friction, stress, strain, and Newton's laws of motion are fundamental physical concepts described with their SI units, formulas, dimensions, and types. They provide a base for understanding dynamic and static behavior in various engineering domains including structural stability, system response to forces, and vibration control. Additionally, terms like limits, fits, and tolerances are crucial for precision in engineering components to ensure proper fitting and functionality.

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Read more about the article Current Situation of Mechanical Engineers in India 2024
Current Situation of Mechanical Engineers in India 2024

Current Situation of Mechanical Engineers in India 2024

This survey explores the perspectives of students and professionals in India's mechanical engineering field. The majority critique their educational quality, yet acknowledge theoretical knowledge's practical relevance. Results show mixed job market views with optimism for future opportunities. The survey calls for better education, transparent career choices, more support from mentors, and industry collaboration to improve prospects in mechanical engineering.

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Read more about the article Mechanical Springs: What Do You Need To Know?
Mechanical Springs What do you need to know

Mechanical Springs: What Do You Need To Know?

Mechanical springs, integral to various applications, come in numerous forms like compression, extension, torsion, and more, each with unique characteristics. They function by storing and releasing energy when forces are applied. Springs can be connected in parallel or series, affecting their combined stiffness and load distribution. Materials like high carbon steel and titanium are chosen for their properties like tensile strength and corrosion resistance. While offering benefits like energy efficiency and simple design, springs do face limitations like elastic limits and fatigue. They are widely used in machinery, vehicles, and devices across multiple industries, highlighting their critical role in mechanical engineering.

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