Yes, it is theoretically possible to warp the fabric of space, as described by Einstein's general theory of relativity. According to this theory, massive objects like stars and planets curve the spacetime around them, affecting the motion of other objects. Additionally, concepts such as wormholes and warp drives suggest ways to manipulate spacetime, though these remain speculative and unproven in practice.
Nobody knows, because so far, there is no such thing as warp drive, and the fabric of space is an almost meaningless phrase that's used mainly to talk about Physics to people who don't understand much of it.
Warp drive has a powerfull engine that warps space around it and hyper drive travels through space in a streight line where as warp bends the fabric of space to travel from one destination to another
The warp of the fabric means the lengthwise threads in the fabric. The weft is the horizontal weavers of the fabric.
For Warp Weight, (5315*reed space*EPI*110)/(9000*1000*warp Count) Kgs/100 mtr. For weft weight (5315*reed space*PPI*103)/(9000*1000*weft Count) Kgs/100 mtr. Add both you will get Fabric weight in Kgs for 100 mtr. Here 5 % is warp crimp and 5 % is warp Shrink. 3 % is weft crimp. If you want gms/mtr square i.e GSM then Divide the fabric weight by width of fabric in mtrs.
Directional threads in fabric are commonly referred to as "warp" and "weft." The warp threads run lengthwise along the fabric, while the weft threads run crosswise, interlacing with the warp to create the fabric structure. Together, they determine the fabric's strength, texture, and appearance.
The direction for warp is the thread that goes the length of the fabric
Space Warp was created in 1983.
Space Warp happened in 1983.
Warp count is calculated by determining the number of warp yarns per unit length of fabric, typically measured in ends per inch (EPI). To find the warp count, you can take a sample of the fabric, count the number of warp threads in a one-inch section, and then multiply by the length of the sample to find the total count. For example, if there are 20 warp threads in one inch, the warp count would be 20. This measurement helps in understanding the fabric's density and strength.
In woven fabric, the horizontal yarns are called the "weft" or "filling" yarns. These yarns run across the width of the fabric and are woven over and under the vertical yarns, known as the "warp." The interplay between the warp and weft creates the fabric's structure and design.
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Warp knitted fabric is a type of textile created using warp knitting, a process where yarns are looped vertically to form a fabric. This method produces a strong, elastic material with a smooth surface, often used in activewear, lingerie, and technical textiles. Unlike weft knitting, warp knitting allows for greater stability and less stretch in the width, making it suitable for a variety of applications. Common types of warp knits include tricot and raschel fabrics.