Essays about: "SS2541"

Found 5 essays containing the word SS2541.

1. 1. Mechanical and tribological characterization of additive manufactured Co-alloyed tool steels aimed for cutting tool bodies

   University essay from Högskolan Dalarna/Institutionen för information och teknik

   Author : Jijesh Rajan; [2022]
   Keywords : Maraging steels; Selective laser melting; microstructure; wear; Modified 18Ni300; Osprey MAR;

   Abstract : A drill tool body operates under tough cutting conditions where it is subjected to severe rubbing at the drill flute margin by the sliding chips. The tool wear caused by the contact stresses of the high-speed sliding chips is one of the common damage mechanisms observed in drill tool bodies. READ MORE

3. 2. Mechanical and tribological characterization of additivemanufactured Co-free tool steels aimed for cutting tool bodies

   University essay from Högskolan Dalarna/Institutionen för information och teknik

   Author : Mayur Mane; [2021]
   Keywords : Co-free maraging steels; Co-free W360 AMPO alloy; hot-work tool steel; Selective laser melting; microstructure; wear;

   Abstract : Additive manufacturing (AM) is an emerging and interesting technology that enables some of theproduct development projects (PDPs) to produce products that have mechanical and tribologicalproperties comparable to products that are conventionally manufactured. Selective laser melting(SLM) is an additive manufacturing technology that is predominantly used for the production of metalbased components (i. READ MORE

4. 3. Axial cutting force in drilling operation

   University essay from Lunds universitet/Industriell Produktion

   Author : Heaven Frezgi; Bharath Gelli; [2021]
   Keywords : Axial cutting force; Drilling; Model optimization.; Technology and Engineering;

   Abstract : Metal cutting has been part of industrial development since the iron age. Since then, it has changed shapes and criteria, but efficiency in metal cutting has been one of the biggest goals in the industrial world for just as long. To have maximum efficiency requires some level of process behavior prediction, which inspired the degree project. READ MORE

5. 4. Investigating a change of material on turning tools with Coromant Capto ® interface : A study conducted at Sandvik Coromant in Gimo

   University essay from Luleå tekniska universitet/Produkt- och produktionsutveckling

   Author : Daniel Lindbäck; [2017]
   Keywords : Change of material; Material change; Coromant Capto; Capto; Turning Tools; Turning; Tools; Metal cutting; Cost; Time; Quality; Sandvik Coromant; Sandvik; Gimo; SS2541; SS2225; Daniel Lindbäck; Daniel; Lindbäck; Materialbyte; Byte av material; Coromant Capto; Capto; Svarvverktyg; Svarv; Verktyg; Skärande bearbetning; Kostnad; Tid; Kvalitet; Sandvik Coromant; Sandvik; Gimo; SS2541; SS2225; Daniel Lindbäck; Daniel; Lindbäck;

   Abstract : Sandvik Coromant is the leading supplier of cutting tools and solutions to the machining industry. Sandvik Coromant is the creator of the modular Coromant Capto ® tool interface which have since become an ISO-standard. READ MORE

6. 5. Wear on Alumina Coated Tools and the Influence of Inclusions when Turning Low-Alloy Steels : Master Thesis - Chemical Engineering

   University essay from Uppsala universitet/Tillämpad materialvetenskap

   Author : Sebastian Öhman; [2016]
   Keywords : Wear; Alumina; Al2O3; Coating; Coated; coatings; Tools; Cutting tool; Cemented Carbide; Inclusions; Steel; Steels; SS2541; Sandvik; Coromant; Nötning; Förslitning; Aluminiumoxid; Al2O3; Beläggning; Ytbeläggning; Tunnfilm; Tunnfilmsteknik; Verktyg; Skärverktyg; Hårdmetall; Inneslutning; Stål; SS2541; Sandvik; Coromant; Deformation;

   Abstract : In this master thesis, performed at Sandvik Coromant Västberga (Stockholm), a comprehensive study has been made to investigate the wear on textured alumina (Inveio™) coated cutting tools when turning low-alloy steels. Specifically, wear studies have been made on tools’ rake faces when turning two separate batches of SS2541, after an initial turning time of 4 min. READ MORE