Full Guide of Young Module Rumus

Module Young is one of the key concepts in material mechanics used to describe the elasticity of a material. In this article, we'll discuss definition, formula, and application Modulus Young in detail.

Is that Young Modulus?

Young Modulus, also known as elasticity modulus, is the measure of resilience of a material against elastic deformation when given force. This is the ratio of voltage received by generated material and strain.

Young Module's formula

Young Modulus's formula can be specified as:

$$E = frac {sigma}$$

Where:

• E = Modulus Young (N / m ² or Pa)
• ♪♪ = Stress received by material (N / m ² or Pa)
• ♪♪ = The strain generated (no unit)

Stress

The voltage is defined as a force per unit area that works on materials. The formula is:

$$sigma = frac {F} {A}$$

Where:

• F = Style received (N)
• A = The material storage area (m ²)

Stretch (Strain)

The strain is a long change relative to the early length of the material. The formula is:

$$epsilon = frac {Delta L} {L _ 0}$$

Where:

• ♪L = Change length (m)
• L0 = Start Length (m)

Young Module Application

Young modulus is used in many fields, including:

1. Engineering and ConstructionSelecting the right ingredients for the structure.
2. Otomotive Industries: Designing components of vehicles that can hold load.
3. Science MaterialsDeveloping a new ingredient with the desired mechanical properties.

The factor affecting Young Module

Some factors that affect the value of the Young Modulus among others:

• Materials TypeMetal material, plastic, and ceramics have a different Modulus Young value.
• TemperatureTemperatures can affect material elasticity properties.
• Environment StateIt can also affect material resistance.

Conclusion

Young modulus is a key parameter in understanding the elasticity of a material. With a simple but powerful formula, we can analyze various materials and apply them in design and engineering. Understand Young Modulus is not only important to engineers, but also to anyone who wants to get into material science.

With this guide, the reader is expected to be able to better understand the basic concept of Young Modulus and its applications in daily life and industry.