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NEW YORK , Nov. 25, 2024 /PRNewswire/ -- Report on how AI is redefining market landscape - The global grinding wheel market size is estimated to grow by USD 5.02 billion from 2024-2028, according to Technavio. The market is estimated to grow at a CAGR of almost 4.36% during the forecast period. Constant demand from oil and gas industries is driving market growth, with a trend towards application of artificial intelligence and system integration. However, operational challenges poses a challenge.Key market players include 3M Co., Andre Abrasive Articles, ATLANTIC GmbH, AWUKO Abrasives Wandmacher GmbH & Co. KG, Camel Grinding Wheels Works Sarid Ltd., Compagnie de Saint Gobain, DEERFOS Co. Ltd., DK Holdings Ltd., DSA Products Ltd., Ekamant, KLINGSPOR Abrasives Inc., Koki Holdings Co Ltd, KOVAX, Murugappa Group, NORITAKE Co. Ltd., Robert Bosch GmbH, SHIN-EI Grinding Wheels MFG. Co. Ltd. , Thai GCI Resitop Co. Ltd., Tyrolit KG, and Wendt India Ltd.. Key insights into market evolution with AI-powered analysis. Explore trends, segmentation, and growth drivers- View Free Sample PDF Market Driver The grinding wheel market is thriving, driven by the demand for abrasive tools in various industries. Bonded abrasive grains, including diamond, silicon carbide, and aluminum oxide, are popular choices for metalworking and woodworking applications. Innovations in materials, such as composite materials and artificial aggregates, offer improved wear resistance, accuracy, and surface finish. Precision machining and optimal surface quality are crucial for industries like transport, construction, bearing and machinery, and steel. Safety regulations are essential to prevent mishaps and damage during grinding, polishing, and abrasive cutting operations. Grinding machines, including cylindrical, cup, and disc wheels, are integral to manufacturing activities. Cleaning processes and sustainable manufacturing techniques are also trends in the market. Natural composite stones, such as millstones, and artificial composites are used for grinding and polishing. Solid steel and aluminum discs are popular choices for industrial applications. Modern CNC grinding systems incorporate advanced software for controlling position, velocity, and acceleration. Artificial Intelligence (AI) technology enables machines to make decisions based on sensor input, automating repetitive tasks without human intervention. AI analyzes data from measurement equipment to optimize feed rates, prevent thermal damage, and initiate feed cycle changes. By continuously monitoring the grinding process, AI enhances productivity and precision while reducing operator intervention. This intelligent technology is a game-changer for the grinding wheel market, streamlining manufacturing processes and improving overall efficiency. Request Sample of our comprehensive report now to stay ahead in the AI-driven market evolution! Market Challenges The grinding wheel market faces several challenges in various industries like metalworking and woodworking. Abrasive tools, including bonded abrasive grains of diamond, silicon carbide, and aluminum oxide, require high accuracy, wear resistance, and optimal surface finish for precision machining. Safety regulations are crucial to prevent mishaps and damage during grinding, polishing, and cleaning processes. Industrialization and manufacturing activities increase the demand for grinding wheels in sectors like transport, construction, bearing and machinery, and steel. Innovative materials, such as composite materials and artificial aggregates, are used to create cylindrical, cup, and disc wheels in circular shapes with specific profiles and cross sections. Sustainable manufacturing techniques are essential to address environmental concerns. For instance, natural composite stones like millstones are being replaced by artificial composites and artificial aggregates. In abrasive cutting and machining operations, grinding machines use abrasive compounds to ensure dimensional accuracy and optimal surface quality. Solid steel and aluminum discs are popular choices due to their durability and wear resistance. The transport industry, construction, and steel industry rely heavily on these grinding wheels for their grinding, polishing, and cutting needs. Overall, the grinding wheel market continues to evolve, driven by advancements in materials and manufacturing techniques. Grinding is a process that involves removing metal from a surface through abrasion, resulting in a smooth finish. The generation of heat during grinding is significant and can impact both the grinding wheel and the workpiece. For the grinding wheel, the heat can lead to the development of grinding cracks at right angles to grinding marks, which eventually necessitate wheel replacement and increase operational costs. Conversely, the workpiece absorbs most of the heat produced and is more susceptible to its effects, which could potentially impact the quality of the final product. Therefore, understanding the thermal effects of grinding is crucial for optimizing the process and minimizing costs. Discover how AI is revolutionizing market trends- Get your access now! Segment Overview This grinding wheel market report extensively covers market segmentation by 1.1 Straight wheels 1.2 Cylindrical wheels 1.3 Diamond wheels 1.4 Others 2.1 Artificial abrasives 2.2 Natural abrasives 3.1 APAC 3.2 Europe 3.3 North America 3.4 Middle East and Africa 3.5 South America 1.1 Straight wheels- Straight grinding wheels are a fundamental type of abrasive wheels, commonly used for cylindrical, centerless, and surface grinding applications. These wheels come in various sizes, diameters, and widths, making them suitable for diverse grinding tasks. They are primarily employed to create a slight concave surface on the workpiece. The automotive, aerospace, and shipbuilding industries extensively use straight wheels due to their wide application in manufacturing components that undergo the grinding process. The growth of these industries is projected to boost the demand for straight grinding wheels worldwide. Download a Sample of our comprehensive report today to discover how AI-driven innovations are reshaping competitive dynamics Research Analysis The Grinding Wheel Market encompasses a wide range of abrasive tools used for various applications in industries such as metalworking and woodworking. These tools include cylindrical grinding wheels, cup wheels, and disc wheels, which are essential for grinding, polishing, and cleaning surfaces. The market is driven by the demand for efficient and high-performance abrasive tools in industries like transport, construction, bearing and machinery, and steel. Material innovations have led to the development of advanced abrasive compounds, bonded abrasive grains, and composite materials. Coarse-particle aggregates and cementing matrices are used to create strong bonds, ensuring the durability and effectiveness of the grinding wheels. Abrasive cutting and machining operations rely heavily on grinding machines, which utilize these wheels to shape and finish materials. The use of grinding wheels extends beyond industrial applications, with applications in the transport industry for vehicle maintenance and in the woodworking industry for sanding and shaping wood. Overall, the Grinding Wheel Market continues to evolve with advancements in technology and materials, providing solutions for a diverse range of industries and applications. Market Research Overview Grinding wheels are essential tools in various industries for grinding, polishing, and cleaning surfaces to achieve optimal surface quality. Made of bonded abrasive grains such as aluminum oxide, silicon carbide, and diamond, these wheels cater to diverse applications in the metalworking and woodworking industries. Material innovations continue to shape the market with the use of composite materials, artificial aggregates, and natural composite stones. The transport industry, construction, and steel industry heavily rely on grinding wheels for precision machining and wear resistance. Safety regulations are paramount to prevent mishaps and damage during grinding operations. Grinding machines, cylindrical, cup, and disc wheels, are used for different applications, including abrasive cutting and machining operations. Innovative materials and sustainable manufacturing techniques ensure accuracy, dimensional accuracy, and surface finish while reducing waste and improving efficiency. Abrasive compounds, coarse-particle aggregate, cementing matrix, and bond types further enhance the functionality and performance of grinding wheels. Table of Contents: 1 Executive Summary 2 Market Landscape 3 Market Sizing 4 Historic Market Size 5 Five Forces Analysis 6 Market Segmentation Type Straight Wheels Cylindrical Wheels Diamond Wheels Others Material Artificial Abrasives Natural Abrasives Geography APAC Europe North America Middle East And Africa South America 7 Customer Landscape 8 Geographic Landscape 9 Drivers, Challenges, and Trends 10 Company Landscape 11 Company Analysis 12 Appendix About Technavio Technavio is a leading global technology research and advisory company. Their research and analysis focuses on emerging market trends and provides actionable insights to help businesses identify market opportunities and develop effective strategies to optimize their market positions. With over 500 specialized analysts, Technavio's report library consists of more than 17,000 reports and counting, covering 800 technologies, spanning across 50 countries. Their client base consists of enterprises of all sizes, including more than 100 Fortune 500 companies. This growing client base relies on Technavio's comprehensive coverage, extensive research, and actionable market insights to identify opportunities in existing and potential markets and assess their competitive positions within changing market scenarios. Contacts Technavio Research Jesse Maida Media & Marketing Executive US: +1 844 364 1100 UK: +44 203 893 3200 Email: [email protected] Website: www.technavio.com/ SOURCE Technaviozbet casino



— BIRTH NAME: James Earl Carter, Jr. — BORN: Oct. 1, 1924, at the Wise Clinic in Plains, Georgia, the first U.S. president born in a hospital. He would become the first president to live for an entire century . — EDUCATION: Plains High School, Plains, Georgia, 1939-1941; Georgia Southwestern College, Americus, Georgia, 1941-1942; Georgia Institute of Technology, Atlanta, 1942-1943; U.S. Naval Academy, Annapolis, Maryland, 1943-1946 (class of 1947); Union College, Schenectady, New York, 1952-1953. — PRESIDENCY: Sworn-in as 39th president of the United States at the age of 52 years, 3 months and 20 days on Jan. 20, 1977, after defeating President Gerald R. Ford in the 1976 general election. Left office on Jan. 20, 1981, following 1980 general election loss to Ronald Reagan. — POST-PRESIDENCY: Launched The Carter Center in 1982. Began volunteering at Habitat for Humanity in 1984. Awarded Nobel Peace Prize in 2002. Taught for 37 years at Emory University, where he was granted tenure in 2019, at age 94. — OTHER ELECTED OFFICES: Georgia state senator, 1963-1967; Georgia governor, 1971-1975. — OTHER OCCUPATIONS: Served in U.S. Navy, achieved rank of lieutenant, 1946-53; Farmer, warehouseman, Plains, Georgia, 1953-77. — FAMILY: Wife, Rosalynn Smith Carter , married July 7, 1946 until her death Nov. 19, 2023. They had three sons, John William (Jack), James Earl III (Chip), Donnel Jeffrey (Jeff); a daughter, Amy Lynn; and 11 living grandchildren and 14 great-grandchildren. Source: Jimmy Carter Library & MuseumWhy BigBear.ai Stock Is Plummeting Today

The search for a missing teenager last seen riding his bike towards the M48 Severn Bridge is continuing. Joseph Bellamy, 18, left his home address in Caldicot, Wales, between 12am and 1am on Tuesday , December 3 and has not been seen since. Police say he was captured on CCTV riding a red pushbike towards the M48 bridge. The bike was later found by officers and there is serious concern for Joseph's welfare. Investigating officers are now urging motorists to check their dashcam footage. They are appealing for anyone with relevant information on his whereabouts to come forward. Joseph is described as white, 6ft tall with mousey hair and blue eyes. He was last seen wearing light colour jeans with black Jordan 4s Black Cat Retro mid-top Nike trainers and a black Teddy fleece jumper with a black sweatshirt underneath. Gwent Police say: "Officers investigating are trying to establish Joseph’s movements after he was captured on CCTV at 00:45/12.45am and are urging for any motorists who used the M48 bridge that morning to check their dashcam footage. "If you were using the bridge or in the surrounding area, and haven’t done so, please check CCTV or dashcam footage between 12.30am and 2am on Tuesday 3 December for any sightings of Joseph." They added: "Anyone with information on his whereabouts is asked to call us on 101 or send us a direct message on social media, quoting log reference 2400400170. Joseph is also urged to get in touch with us."Irish Government doubted UK campaign to ‘save David’ Trimble:: The Game May Be Set in Springfield, but the Production Team Is in Bristol Although the real-life game will be in Dallas and the animated game will be in Springfield, nearly all production operations for tonight’s will be located at ESPN’s home campus in Bristol, CT. We not only have to tell the story of the football game but envision what that looks like if it were in universe,” says . “Creative calls from our directing and production staff make that happen.” ESPN Studio Operations team will essentially serve as the “live game unit” for tonight’s broadcast, with all virtual cameras cut in Bristol. The majority of the crew producing the altcast, including the front bench and replay team, will be located in Bristol. Live data tracking sent from onsite servers is used by gaming PCs to render the virtual environment. Essentially, data feeds are sent from the stadium, and ESPN’s Studio Operations team puts everything together in Bristol — the only exception being the natural audio, which is mixed at the site before being sent to Bristol. ESPN will send live natural audio down its transmission paths to be tracked as well as adding “sounds of the game” from ’ universe. “For our team,” says , “this is an incredible and exciting production to be a part of. Creative storytelling and innovation are core values of our company; it’s part of the ESPN culture of success. Having the opportunity to be scheduled for this unique production challenges our talented team to think about and deliver the most effective way to present this vision, along with an open space for calculated creative risks.” A crew of more than 40 will contribute to tonight’s broadcast: announcers, graphics, production, directing staff, technical operators, edit team, full media replay team, and support staff. Included as well is the four-person Beyond Sports team, who traveled in from Netherlands this week. “Time is always our greatest challenge when producing these broadcasts, says , a veteran of multiple ESPN animated broadcasts. “The amount of work that goes into creating storylines, animating the environment and characters, roll-ins, specialty game animations, plus testing and rehearsals, is time-consuming, and a relatively small group is charged with these productions. That being said, it’s our fourth animated broadcast, and we’ve learned a great deal, which has allowed us to skip the ‘learning’ stages of certain areas.” Inside the control room, Nelson’s front bench and the rest of the production team must have a very different mindset from that for a traditional game production. Although the action on the field is certainly critical, integrating humor and fun into the broadcast is equally important. “One of the fun challenges for our team is stepping away from their experience of a traditional broadcast and getting their minds into the universe,” says McMeekin. “While it may seem logical on a traditional broadcast to show a replay of what just happened during the game, it may make more sense during to show Bart’s or Homer’s antics from the sidelines of Atoms Stadium.” , , and will be on hand in Bristol, calling the action from voiceover booths. They will wear Oculus Quest or Meta Quest Pro headsets, transported into the immersive graphic representation of the stadium, field, and players. ESPN is also deploying the Meta headsets for hand and facial tracking, which will allow the trio themselves to be animated within the broadcast. “[By having them wear] the headset,” McMeekin explains, “we will actually be able to see them in the virtual world, to the point where they can go on to the field and be amongst the players. That is super exciting.” ESPN has adjusted the workflow for announcers calling the action. Instead of being in a studio (as was the case for and ), ESPN isolates Kimes, Orlovsky, and Carter in new voiceover booths in Bristol. “The VO booths allow us to prevent talent from passing into each other’s ‘virtual space’ without having to redesign our larger studios with pipe and drape,” says Menard. “The VO booths allow more-accurate ‘game call’ audio, talkback, and talent-preferred IFB mixing.” A bonus is that the technology-management staff has connectivity directly to the broadcast router, internet, multiviewers, etc. to provide a custom setup for talent and Beyond Sports support staff. “The use of our new VO booths is a great example of work smarter not harder,” says Menard. “We are better able to grasp the needs of a production like this and think more creatively and efficiently about how to fit it into our working plant. We continue to provide an improved product every time we take on one of these unique broadcasts.” One major workflow challenge is how to deal with talent’s calling a game broadcast that can be delayed up to a minute by the animation rendering. To resolve it, ESPN will offer both a live version and a delayed version of the broadcast for announcers to call the game. The Studio Operations team works hand in hand with ESPN Creative Studio and the production staff to execute their vision. This includes coordinating with the onsite team on things like transmission-path layout and backup audio needs. “The creative energy in the early planning meetings and prep days set the tone for this production,” notes McMeekin. “There has been a great mix of big ideas, realistic needs, and an overall positive vibe for how the production will look on Monday night.” One prime example of the collaboration between the Studio Ops and Creative Studio teams is inclusion of a submix room for -related sound design. The operator, , who created the sound design for this production, has an A1 background,” McMeekin explains. “We were able to work with his team and have him available for this production This creates an incredible opportunity to both develop the sound design and have creative freedom to incorporate it into the production.” marks the fourth chapter in ESPN’s animated-altcast odyssey, following in the footsteps of in September 2023 and a pair of altcasts in March 2023 and 2024. ESPN ops leaders have consciously strived to maintain continuity on these broadcasts, creating a stable of experienced operators for whatever the future might bring in terms of future cartooncasts. “Every time we get to do one of these broadcasts,” says Menard, “it is a new adventure. We have become a very cohesive team as the crew has largely stayed the same over the years. Seeing new animations come to life in the sports world is so much fun. Seeing the broadcast we prepared for as a team hit air is what this business is all about.” Of course, is just the first of ESPN’s animated-broadcast efforts this month. The Studio Operations team in Bristol will be back at it two weeks later for the Mickey and Minnie–themed NBA altcast on Christmas Day. “A trait of our team is that we get better after each of these productions,” says McMeekin. “We learn so much and are great at identifying efficiencies and implementing them for the next production. Having the productions about two weeks apart allows this group to carry over the creative momentum from and immediately apply their takeaways to .” For the first time in its short animated-broadcast history, ESPN’s Bristol crew will be able leave in place the specialized infrastructure necessary to produce such a show. With two animated broadcasts this month, ESPN is able to explore the new workflows required for live animated broadcasts without a full lift-and-shift of its infrastructure in Bristol. “Hopefully,” says Menard, “ will be the most technology-efficient endeavor we’ve participated in.”

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