By A Mystery Man Writer
The influence of the contact point of wire rod on the inhomogeneity of cooling behavior within wire ring was investigated to reveal the fundamental cooling mechanism of wire rod during the Stelmor cooling process. A hotspot, a relatively high-temperature region within wire ring compared with other regions, was generated in both the central (WRc) and edge (WRe) regions of the wire ring. The WRe exhibited hotspots regardless of ring configuration. Meanwhile, the WRc exhibited hotspots with an inline arrangement; otherwise, no hotspot occurred in the WRc with a staggered arrangement. Compared with the middle regions of the wire ring, hotspots easily occurred at both the WRc and WRe due to the low-contact angle of the two wire rings. Moreover, the possibility of hotspot formation increased with increasing wire diameter due to the high-contact area and load caused by the weight of the wire rod. This is the primary reason why the WRc with a large diameter had hotspots despite the large ring pitch. Three solutions were suggested to improve the homogeneity in the mechanical properties within wire ring.
FULL BLEED: THE MATERIALS ISSUE - Renaissance Society of America
Free Textbook Broadens Understanding of Materials Science in Cultural Context – The Florida Bookshelf
Materials Free Full-Text Synthesis And Characterization Of, 54% OFF
Materials An Open Access Journal from MDPI
Thermally Activated Delayed Fluorescent Dendrimers that Underpin High‐Efficiency Host‐Free Solution‐Processed Organic Light‐Emitting Diodes (Adv. Mater. 23/2022) - Sun - 2022 - Advanced Materials - Wiley Online Library
SOLUTION: Filipino reading materials free - Studypool
1.5 Circle Label Template New Materials Free Full Text Graphene
Functional cotton fabric using hollow glass microspheres: Focus on
Applied Sciences, Free Full-Text, Hemming Tool
Materials, Free Full-Text, values mm2 laser
Free Substance Painter Materials: The Best Sites of 2023
Materials Research based on Big Data and AI - Materials Square
Materials, Free Full-Text, Heat Transfer
Materials An Open Access Journal from MDPI
3X Full Page Magnifying Glass Reading Magnifier with 6 LED Lights Handheld Hands-Free Magnifier with Stand & Lanyard PVC Material Ideal for Low Vision, Seniors, Reading Books, Newspapers : Health