проф. др Бранислав Средановић

Multi-Objective Optimization of Milling Ti-6Al-4V Alloy for Improved Surface Integrity and Sustainability Performance

Optimization of superalloy Inconel 718 micro‑milling process by combined Taguchi and multi‑criteria decision making method

Predictive modeling of turning operations under different cooling/lubricating conditions for sustainable manufacturing with machine learning techniques

ASSESSING THE PRECISION OF MACHINE TOOLS THROUGH VARIOUS MEASUREMENT SYSTEMS

Investigation of dynamic behaviour of one complex steel structure

Tribological aspects of nano-particle fluid based cooling and lubrication in milling process

Energy efficiency of the Process Planning Design in the scope of Industry 4.0

A Comparative Analysis of Milling Strategies of Complex Geometry Surfaces

Multi-Objective Optimization of Sustainable Steel AISI 1045 Turning Energy Parameters under MQL Condition

Optimization and Prediction of Specific Energy Consumption in Ball-End Milling of Ti-6Al-4V Alloy Under MQL and Cryogenic Cooling/Lubrication Conditions

Experimental analysis and optimization of thin-walled tubular parts milling

Production engineering curriculum in the context of Industry 4.0 – current state of art and necessary changes in AP of Vojvodina and Republic of Srpska

Experimental investigation of tool deflection in micro-milling of fine-grained graphite

Capability of micro-milling in machining of difficult-to-cut materials

Analysis of cutting forces in hybrid turning aided by gas combustion heating of workpiece

Multiple performance characteristics optimization in end milling of thin-walled parts using desirability function

Optimisation of turning parameters for minimising specific cutting energy with use of different cooling/lubricating techniques

Optimization of cutting parameters for minimizing specific cutting energy and maximizing productivity in turning of AISI 1045 steel

Influence of workpiece hardness on tool wear in profile micro-milling of hardened tool steel

Possibilities of application of high pressure jet assisted machining in hard turning with carbide tools

Experimental study on micro-machinability of hardened tool steel in profile micro-milling

Hard turning of bearing steel AISI 52100 with carbide tool and high pressure coolant supply

Prediction of natural frequencies of the tool controlled mode using soft computing techniques

Estimation of cutting forces in high pressure jet assisted turning using PSO and SA based approach

Optimization of machining parameters with minimum surface roughness for three-axis milling of sculptured parts

Machinability of C45e Steel - Application of Minimum Quantity Lubrication and High Pressure Jet Assisted Machining Techniques

Design of fuzzy expert system for predicting of surface roughness in high-pressure jet assisted turning using bioinspired algorithms

Analysis of Micro-Milling of Hardened Tool Steel

Identification of dynamical contact parameters for spindle-holder-tool assembly

Dynamic analysis of spindle-holder-tool assembly

Comparative Study of ANN and ANFIS Prediction Models For Turning Process in Different Cooling and Lubricating Conditions

Modelling of tool life and surface roughness in hard turning using soft computing techniques: a comparative study

High Pressure Jet Assisted Machining – Application in Turning

Prediction of cutting zone temperature in high-pressure assisted turning using GA and PSO based ANN

Analysis of effectiveness on production system for production of the tools for hydraulic press brakers

Experimental research using of MQL in metal cutting

Modeling of the Cutting Forces in Turning Process Using Various Methods of Cooling and Lubricating: An Artificial Intelligence Approach

Influence of Different Cooling and Lubrication Techniques on Material Machinability in Machining

Contribution to material machinability definition

Modelling of dynamical behavior of a spindle-holder-tool assembly

Identification of contact parameters of a spindle-holder-tool assembly using artificial neural networks

Development of mathematical model of universal material machinability

Development of Application for Analysis of Machinability Index

Experimental analysis of nano‐fluid based cooling and lubrication influence on cutting forces in milling

Application of tribological design on the example of concrete steel moulds

Obrazovanje inženjera proizvodnog mašinstva za Industriju 4.0 – izazovi, šanse, mogućnosti

Capability of micro-milling in machining of difficult-to-cut materials

Energy consumption analysis and parameter optimization in high-feed milling operation

Eksperimentalna analiza i optimizacija tvrdoće obrađene površine u kriogenim i MQL uslovima glodanja loptastim glodalom legure titanijuma Ti-6Al-4V

Projektovanje i verifikacija grupnog tehnološkog postupka za operaciju struganja

Investigation of dynamic behaviour of one complex steel structure

Education of production engineers for Industry 4.0

TRIBOLOGICAL ASPECTS OF NANO-PARTICLE FLUID BASED COOLING AND LUBRICATION IN MILLING PROCESS

Production engineering curriculum in the context of Industry 4.0 – current state of art and necessary changes in AP of Vojvodina and Republic of Srpska

Experimental analysis and optimization of thin-walled tubular parts milling

Energy consumption model of the face milling

Application of analysis of cutting forces in hybrid turning aided by gas combustion heating of workpiece

Energy consumption model of the face milling

Comparative analysis of milling strategies of complex geometry surfaces

Influence of cutting parameters on the tool life in end milling of biocompatible titanium alloy Ti6-Al4-V

Automatizacija projektovanja proizvoda primjenom CAD sistema nove generacije

Application of Taguchi method for identifying optimum specific energy consumption in CNC face milling

INVESTIGATION OF THE EFFECTS OF THE CUTTER PATH STRATEGIES ON MACHINING TIME AND SURFACE ROUGHNESS IN THREE-AXIS SCULPTURED SURFACE MACHINING

Generating and characteristic of surfaces in mechanical machining of micro-parts

Investigation of the effects of the cutter path strategies on machining time and surface roughness in three-axis sculptured surface machining

Optimization of cutting parameters for minimizing specific cutting energy and maximizing productivity in turning of AISI 1045 steel

ARTIFICIAL NEURAL NETWORKS MODEL FOR THE PREDICTION OF SURFACE ROUGHNESS IN MACHINING THIN WALLED PARTS

Artificial neural networks model for the prediction of surface roughness in machining thin walled parts

Modeling and simulation of production process for the tools of the press brake

Possibility of hardened steel machining by application of high pressure cooling and lubrication technique

Influence of cooling and lubrication technique on tool wear and surface roughness in hard turning

Estimation of cutting forces in high pressure jet assisted turning using PSO and SA based approach

An Integration of Bio-inspired Algorithms and Fuzzy Logic for Tool Wear Estimation in Hard Turning

Study on the machinability characteristics of Inconel 718 super alloy during micro-milling

A predictive model of cutting forces in MQL turning usig genetic algorithm

Prediction of natural frequencies of the tool controlled mode using soft computing techniques

Application of micro -cutting in machining of hard-to-machine materials

Identification of dynamical contact parameters for spindle-holder-tool assembly

Analysis of Micro-Milling of Hardened Tool Steel

Modelling of Tool Wear in Turning Bearing Steel Using Carbide Tool and HPJAM Technique

Specifics of The Design for CNC Plasma Cutting

New trends in cutting technologies: application of high pressure jet assisted machining, ISBN: 978-86-7083-857-4

Modeliranje otpora rezanja pri struganju čelika C45E primjenom HPJAM tehnike hlađenja i podmazivanja

The importance of modeling in the study of machinability

Cutting Force Modeling in Hard Alloy Steel Turning

A novel method for material machinability evaluation

Analysis of effectiveness on production system for production of the tools for hydraulic press brakers

Effects of using of MQL technique in metal cutting

Usaglašavanje jednoosovinskih traktroskih prikolica sa zahtjevima direktiva i standarda EU

Efekti primjene programskog sistema CATIA u procesu izrade programa za numeričke mašine

Development of DamageCALC application for automatic calculation of damage indicator

Identification of contact parameters of spindle‐holder‐tool assembly using artificial neural networks

Application of CAD/CAM systems for machining parts of aluminium profiles

Analiza obradivosti materijala pomoću aplikativnog računarskog programa

Contribution to material machinability definition

Optimizacija procesa proizvodnje primjenom programskog paketa Tecnomatix Plant Simulation

Laboratories under requirements of directives and standards of European Union

Modeling of cutting forces with artificial neural networks

Detection of structural damage location using frequency response function data

Modeling of dynamical behavior spindle‐holder‐tool assembly

Application of artificial intelligence in modeling of metal cutting process

Identification of face funcionality with program system for purpose of modular fixture design

Selection of variant for material flow type in conditions of group approach using the software system tecnomatix plant simulation

Novi pristup definisanja univerzalne obradivosti pri obradi rezanjem

Senzitivnost funkcije frekventnog odziva sistema glavno vreteno‐držač alata‐alat na promjene parametara veze

Algorithm for C1 continuous tool path: some experiences, problems and suggestions

Modeliranje vretenastih glodala primjenom CAD/CAM sistema

Vector based approach in definning of universal machinability

Quality monitoring of production systems and processes in form of vector of power

Analiza indeksa obradljivosti aluminijumskih legura primjenom aplikativnog programskog rješenja

Development of Application for Analysis of Machinability Index

Projektovanje i proračun obimnog glodala primjenom savremenih programskih sistema

Preliminary experimental research on micro-milling, report

Contribution to defining of universal machinabilty, report

Experimental investigation of turning of 100Cr6 steel with the SECO carbide inserts, report

Modeliranje procesa obrade rezanjem - uticaj hlađenja i podmazivanja

Soft computing in advanced cutting processes (Chapter in "Soft Computing in Smart Manufacturing: Solutions toward Industry 5.0", edited by T. Sibalija and J. P. Davim)

Alati i pribori u obradi rezanjem

Praktično projektovanje pomoću računara u paketu SOLIDWORKS