Simultura Materials Technologies (Simultura Malzeme Teknolojileri) is an emerging company which focus on measurement and consulting tasks in the field of metal processing technologies. Company capabilities include (but not limited to) :- Integrated Computational Materials Engineering (ICME)- Numerical Simulation of Manufacturing Processes (Forming, heat treatment, welding and casting)- Physical Simulation of Manufacturing Processes- Residual stress measurements

The Metal Forming Center of Excellence (MFCE) was established in 2010, funded by the Turkish Ministry of Development and Atilim University. The Centre aims to support the Turkish and European metal forming industry through research in four main areas; developing innovative, knowledge-based manufacturing technologies; manufacturing high value-added components; manufacturing using new and advanced materials; and, exploring options for energy-efficient manufacturing.The research is… Show more The Metal Forming Center of Excellence (MFCE) was established in 2010, funded by the Turkish Ministry of Development and Atilim University. The Centre aims to support the Turkish and European metal forming industry through research in four main areas; developing innovative, knowledge-based manufacturing technologies; manufacturing high value-added components; manufacturing using new and advanced materials; and, exploring options for energy-efficient manufacturing.The research is conducted in close collaboration with both academia and industry. Since 2010, the Centre has worked on a significant number of national and international, small and medium-sized projects, developing an extensive database of contacts throughout the metal forming community and a considerable experience in disseminating knowledge through organising seminars, workshops and training courses.To support research, a range of facilities are available at the Centre, including metal forming machinery, equipment for forming-related measurement, material and microstructure characterisation as well as software and hardware for numerical analysis. Show less

- Assistant Professor at the Department of Manufacturing Engineering (MFGE)Lectured Courses :MFGE 104 Engineering DrawingMFGE 203 Engineering MechanicsMFGE 205 Manufacturing ProcessesMFGE 310 Finite Element Method in Manufacturing MFGE 433 Residual StressesMFGE 434 Introduction to Distortion EngineeringMFGE 401-402 Capstone Project I-IIMFGE 533 Pre-stress EngineeringMFGE 534… Show more - Assistant Professor at the Department of Manufacturing Engineering (MFGE)Lectured Courses :MFGE 104 Engineering DrawingMFGE 203 Engineering MechanicsMFGE 205 Manufacturing ProcessesMFGE 310 Finite Element Method in Manufacturing MFGE 433 Residual StressesMFGE 434 Introduction to Distortion EngineeringMFGE 401-402 Capstone Project I-IIMFGE 533 Pre-stress EngineeringMFGE 534 Distortion EngineeringMFGE 547 Mechanical Characterization of Metals Show less

Member of Turkish Bohr Research Center (BOREN) CBN Coating Technologies Lab. Main duties involve supervision in coating and tribological characterization of CBN coating using - PVD CBN coating system- AFM- Nano-indentation- Macro/micro scratch tests- Tribometer- SEM- XRD

- Full member of Collaborative Research Center SFB570 "Distortion Engineering in the field of development and implementation of new material models for heat treatment simulations.- Research Associate in subprojects A6 and A7 at Collaborative Research Center SFB570 “Distortion Engineering”. (http://www.sfb570.uni-bremen.de/?q=node/77)- Subproject A6 “Asymmetric Manufacturing Conditions in Quenching” deals with understanding unavoidable or hard to avoid asymmetries (such as… Show more - Full member of Collaborative Research Center SFB570 "Distortion Engineering in the field of development and implementation of new material models for heat treatment simulations.- Research Associate in subprojects A6 and A7 at Collaborative Research Center SFB570 “Distortion Engineering”. (http://www.sfb570.uni-bremen.de/?q=node/77)- Subproject A6 “Asymmetric Manufacturing Conditions in Quenching” deals with understanding unavoidable or hard to avoid asymmetries (such as asymmetries in the material) that leads to heat treatment distortion and intelligent use of controllable asymmetries (Geometry, heat transfer etc.) for distortion compensation.- Subproject A7 “Influence of Carburizing on Distortion” deals with understanding of significantly increased distortion (with respect to through-hardening) due to carburization process and elimination of distortion by the intelligent control of carburization process.Also member of research groups (http://www.sfb570.uni-bremen.de/?q=node/87): AK1 – Modeling and SimulationAK3 – Systems Modeling (Process chain modeling and Simulation)AK4 – Heat Management (Control of heat transfer for distortion compensation)Main duties included design and evaluation of experiments for development of new material models, testing and mplementation of developed models in Sysweld(R), Abaqus(R) and MatLab(R) software. Show less

Projects Involved :- "Development and Implementation of a New Framework for Simulation of Heat Treatments"- "3D FEM Simulation of Quenching for Prediction of the Microstructure, Residual Stresses and Distortion" - PhD. Thesis- "Production of Ultra-fine Grained Aluminum Alloys by Equal Channel Angular Pressing (ECAP) and Dissimilar Channel Angular Pressing (DCAP) Processes"- "Non-Destructive Characterization of Microstructure of Low Alloy Steels by Magnetic Barkhausen Analysis… Show more Projects Involved :- "Development and Implementation of a New Framework for Simulation of Heat Treatments"- "3D FEM Simulation of Quenching for Prediction of the Microstructure, Residual Stresses and Distortion" - PhD. Thesis- "Production of Ultra-fine Grained Aluminum Alloys by Equal Channel Angular Pressing (ECAP) and Dissimilar Channel Angular Pressing (DCAP) Processes"- "Non-Destructive Characterization of Microstructure of Low Alloy Steels by Magnetic Barkhausen Analysis Technique"- "Production of Al-B4C Functionally Graded Composites by Hot-Pressing"- "Low Velocity Ballistic Characterization of Steel Armor Plates"- "Determination of Phase Diagrams of Cu-Al Based Shape Memory Alloys by Heat Treatment and Metallographic Analysis"Assisted Courses :- METE 221 Introduction to Materials Science and Engineering for Industrial Engineers- METE 227 Introduction to Materials Science and Engineering for Mechanical Engineers- METE 228 Engineering Materials (for Mechanical Engineers)- METE 304 Fundamentals of Mechanical Shaping of Materials- METE 424 Quality Control and Management in Metallurgical Engineering- METE 426 Residual Stresses- METE 526 Advanced Deformation Processing of MetalsDeveloped original new laboratories for existing courses :- METE 304 Fundamentals of Mechanical Shaping (FEM Simulation Lab.)- METE 526 Advanced Deformation Processing of Metals (FEM Simulation Laboratories) Show less