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Md Sohanur Rahman Sobuj

Student of Bangladesh University of Textiles (BUTEX) Department: Apparel Engineering
Progressive Bundle System
Apparel Engineering

Progressive Bundle System

Md Sohanur Rahman Sobuj 0
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0shares Facebook Twitter LinkedIn Tumblr Digg Print Reddit Weibo Xing Blogger MySpace Part 1: Garment Production System | Apparel Production System Part 2: Progressive Bundle System Part 3: Unit Production System | Overhead Production System | Hanger Production System Part 4: Modular Production System | Cellular Garment Manufacturing | Toyota Sewing System Progressive Bundle System […]
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Progressive Bundle System
Apparel Engineering

Garment Production System | Apparel Production System

Md Sohanur Rahman Sobuj 0
8.61K
Garments production system is an integration of materials handling, production processes, personnel, and equipment’s that direct workflow and generate finished products. Simply, it is a way how the two-dimensional fabric is being converted into a three-dimensional garment in a manufacturing system.
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Denim

Denim Fabric | Denim Fabric Manufacturing

Md Sohanur Rahman Sobuj 0
968
0shares Facebook Twitter LinkedIn Tumblr Digg Print Reddit Weibo Xing Blogger MySpace Denim Fabric | Denim Fabric Manufacturing Denim fabric Denim is a fabric which has a huge market demand all over the world both for casual wear as well as fashionable wear. It has been used extensively used by the people of all ages, […]
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Acid washed denim garments
Apparel Engineering

Acid wash | Random wash | Acid Wash by Stones

Md Sohanur Rahman Sobuj 0
2.62K
0shares Facebook Twitter LinkedIn Tumblr Digg Print Reddit Weibo Xing Blogger MySpace Acid wash / Random wash At present times, the most popular denim garments are random washed among the fashionable people. When solid washed the fading, effects are even and uniform in the garments but when random washed effects are uneven.       […]
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feed of the arm sewing machine
Apparel Engineering

Feed of the Arm Sewing Machine II Study on industrial feed of the arm sewing machine with thread path diagram

Md Sohanur Rahman Sobuj 0
5.04K
0shares Facebook Twitter LinkedIn Tumblr Digg Print Reddit Weibo Xing Blogger MySpace Experiment Name : Study on industrial feed of the arm sewing machine with thread path diagram.    Introduction : The machine which practices stitches by the loop of one group of thread links with the loop of other group of thread by the process of […]
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weak link effect
Mechanical properties

Weak-link effect

Md Sohanur Rahman Sobuj 0
1.46K
In general, the effect of sample length on breaking strength has been shown that the mean measured the strength of a specimen decreases as the sample length is increased. This fact is well known as the “weak-link” effect.
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Fiber Crimp
Mechanical properties

Creep and Crimp of fiber

Md Sohanur Rahman Sobuj 0
4.21K
Crimp is a term to describe the waviness of a fiber. We can also describe this in terms of the force or energy required to uncrimp a fiber. It’s expressed in percentage. A crimped fiber placed on a flat plane is l0 and the length of the same fiber when the crimp is removed by applying a tension is l, then the crimp is given by …
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viscoelasticity of fiber
Mechanical properties

Instantaneous and time-dependent effect

Md Sohanur Rahman Sobuj 0
686
When a load is applied on a specimen constantly for a period of time, the specimen initially extends rapidly giving the instantaneous effect and then less rapidly which yields to time dependent effect.
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Electron microscope method
The Physical structure of fiber

Electron Microscope

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1.36K
There are two different types of electron microscopes, scanning electron microscopes (SEM) and transmission electron microscopes (TEM). In the TEM method, an electron beam passes through an extremely thin section of the specimen.
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X-ray diffraction
Textile Physics-1

X-ray diffraction method

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2.94K
It is an independent method to determine the amount of crystalline matter present in the fiber. W. L. Bragg presented a simple explanation of the diffracted beams from a crystal. When X-ray beam is incident on a crystal, it strongly reflected wherever its layers of atoms at an angle show in fig. Such that, nλ=2dsinθ
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