Question 19 (Textile Engineering & Fibre Science)
Bursting strength of a woven fabric with the same warp and weft yarns is the highest when the ratio of ends/cm and picks/cm is
| (A) | 1.1 |
| (B) | 1.0 |
| (C) | 0.9 |
| (D) | 0.8 |
Answer / Solution
[Show Answer]
Option D
Frequently Asked Questions | FAQs
What is bursting strength test?
Bursting strength is a measure of the ability of a textile material to withstand a sudden increase in pressure without bursting or tearing. It is an important property for materials such as fabrics, paper, and packaging materials that may be subjected to high stress or pressure during use.
The bursting strength test is a standard test method used to measure the bursting strength of textiles. In this test, a circular test specimen is clamped over a rubber diaphragm and a hydraulic pressure is applied until the specimen bursts. The bursting strength is then recorded as the maximum pressure reached before the specimen bursts.
The bursting strength test is commonly used in the textile industry to ensure that materials meet the required specifications for their intended use. For example, fabrics used in the manufacture of tents or inflatable structures must have a high bursting strength to withstand the stress of inflation and use.
The bursting strength test is a standardized method for measuring the ability of a material, such as paper or textiles, to withstand a sudden increase in pressure without bursting or tearing.
The test involves clamping a circular test specimen over a rubber diaphragm and applying hydraulic pressure until the specimen bursts. The bursting strength is then recorded as the maximum pressure reached before the specimen bursts.
There are different variations of the test, depending on the material being tested and the industry standards or regulations. For example, there is a specific method for testing the bursting strength of corrugated fiberboard used in packaging applications.
The bursting strength test is an important quality control measure for many industries, including the paper and textile industries. It ensures that materials meet the required specifications for their intended use and can withstand the stress of processing, handling, and use.