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Staff member at Division of Subtractive and Additive Manufacturing.
Conducts research in research centers, production technology west, engineering and technology, production technology, primus.
Room number: G325
Tomas Benos specialty is how heat is transported and transferred in various manufacturing processes. Tomas leads a team of researchers who are doing research on machining at the Production Technology Centre at University West. Within the manufacturing industry, machining processes such as milling, turning and grinding are used to remove material from an original piece until a desired shape and surface structure is reached.
Tomas Beno teaches Automation and Manufacturing in the engineering programmes at the university.
Machining, simulation, manufacturing.
Publications
Production of superalloy gas turbine parts involves time consuming milling operations typically performed in a sequence from rough to finish millin...
Holes are made in many industrial parts that need screws, pins or channels for passing fluids. The general method to produce holes in metal cutting...
In this investigation, the applicability of the two-color pyrometer technique for temperature measurements in dry hard turning of AISI 52100 steel...
In this study, the flow stress behavior of ferritic-pearlitic steel (C45E steel) is investigated through isothermal compression testing at differen...
The paper presents an investigation regarding the potential and the readiness for implementing performance indicators and performance measurement...
An end of life strategy algorithm has been used to study a CNC program to evaluate how the cutting inserts are used in terms of their full...
Simulation of industrial cutting processes employing physics based numerical models provide valuable insights into its deformation mechanics....
Coolant supplied by high pressure into the cutting zone has shown to lower thermal loads on the tool when machining difficult-to-cut materials as...
Coolant supplied by high pressure into the cutting zone has shown the lower thermal loads on the tool when machining difficult-to-cut materials as...
Process planning is the link between design and manufacturing and consequently an important function, since it influences many of the company...
In light weight structures the joining of composite materials and of composites to metals are key technologies. A manufacturing method associated...
In recent years, research interest in liquid coolant media applied to the tool–workpiece interface (the tertiary shear zone) has grown considerably...
During milling of thin-walled components, chatter vibrations give rise to process issues. These include dimensional inaccuracy, damaged and scrap...
This paper concerns the temperature evolution during white layer formation induced by hard turning of martensitic and bainitic hardened AISI 52100...
Automated Tool Condition Monitoring (TCM) often relies on additional sensors sensitive to tool wear to achieve robust machining processes. The need...
Understanding the influence of the cutting edge geometry on the development of cutting forces during the milling process is of high importance in...
There has been extensive research on forced coolant application, usually known as high pressure coolant, in machining heat resistant super alloys....
The exceptional properties of Heat Resistant Super Alloys (HRSA) justify the search for advanced technologiesthat can improve the capability of...
The role of process planning as an enabler for cost efficient and environmentally benign CNC machining is investigated in the paper. Specific energ...
Forward-looking manufacturing companies aim for sustainable production with low environmental footprint. This is true also for aerospace...
Development of future aero engine components based on new design strategies utilising topological optimisation and additive manufacturing has in th...
The ability to minimize vibrations in milling by the selection of cutting edge geometry and appropriate cutting conditions is an important asset in...
The finite element (FE) method based modeling of chip formation in machining provides the ability to predict output parameters like cutting forces...
Finite element (FE) modelling of machining provide valuable insights into its deformation mechanics. Evaluating an FE model predicted chip morpholo...
In the present study, the tool wear mechanisms of uncoated cemented tungsten carbide (WC-Co) tools during machining Alloy 718 with high-pressure...
The aim of this paper is to present how Green machining can be established in the metal working industry for taking immediate actions towards a mor...
Increasing environmental demands from governmental bodies and customers stress the importance of companies improving their environmental performanc...
Accurate estimates of cutting forces in metal cutting are important in the evaluation of e.g. different cutting tool geometries and concepts....
The choice of milling cutter geometry and appropriate cutting data for certain milling application is of vital importance for successful machining...
The choice of milling cutter geometry and appropriate cutting data for certain milling application is of vital importance for successful machining...
The critical problems faced during the machining process of heat resistant superalloys, (HRSA), is the concentration of heat in the cutting zone an...
Automated Tool Condition Monitoring (TCM) often relies on additional sensors sensitive to tool wear to achieve robust machining processes. The need...
The search for increased productivity can be interpreted as the increase of material removal rate (MRR). Namely, increase of feed, depth of cut...
There is an increasing demand to improve the service life of cutting tools during machining of heat resistant superalloys (HRSA). Various studies...
Abstract In the last decades machining methods have witnessed an advancement in both cutting tools and coolant/lubrication, sometimes in combinatio...
Tool wear in machining changes the geometry of the cutting edges, which effect the direction and amplitudes of the cutting forcecomponents and the...
Internal sensors already available in the machine tools may prove to be an interesting approach to monitor the machining process. Accurate...
In this paper a methodology is described to conduct temperature measurement on the cutting edges and the clearance faces on twist drills using a...
Recent developments in the Aerospace industry have led to thin-walled, reduced-weight engine designs. Due to demands in manufacturing, production...
With advances in modeling of machining process, a methodology for quantitative evaluation of the chip curl shape in orthogonal turning process is...
A general trend within the manufacturing community and in particular the aerospace industry is that the requirements on the manufacturing of...
Machining technology has undergone an extensive evolution throughout the last decades in its capability to machine hard-to-cut material. This paper...
Machining process modeling has been an active endeavor for more than a century and it has been reported to be able to predict industrially relevant...
Process planning of CNC machining is critical to ensure cost, time and quality parameters of manufacturing operations. At the heart of process...
Research projects
