Dražen Bajić

Application of cold compressed air cooling with the aim of increasing sustainability

APPLICATION OF METAL FOAMS OBTAINED BY RECYCLING ALUMINUM CHIPS TO CORK INDUSTRY WASTEWATER TREATMENT

Application of modal analysis on machine tool for stability lobe diagram generation

Orthogonal cutting simulation of EN AW 6082 T6 alloy using a coupled Eulerian-Lagrangian approach

Selection of the gating system for gravity casting using numerical simulation

Hard Milling Process Based on Compressed Cold Air- Cooling Using Vortex Tube for Sustainable and Smart Manufacturing

EXPERIMENTAL INVESTIGATION OF FACE MILLING ALUMINUM ALLOY EN AW – 2011 T6 USING VARIOUS COOLING TECHNIQUES

Influence of cutting parameters on cutting forces and surface roughness in milling of aluminum foam

Corrosion behavior of Al foams in 0.5 M NaCl solution

Investigation of different cutting conditions in the machining of steel — towards cleaner production

CONTRIBUTION TO SUSTAINABILITY BY RECYCLING ALUMINUM ALLOY CHIPS

Selection of optimal die casting process parameters based on simulation and genetic algorithms

SIMULATION OF REAL IMAGE MICROSTRUCTURAL MODEL OF SEMI-SOLID ALUMINIUM ALLOY USING A COUPLED EULERIAN–LAGRANGIAN APPROACH

Optimization for an efficient and highly productive turning process

Optimization of Semi-solid High- Pressure Die Casting Process by Computer Simulation, Taguchi Method and Grey Relational Analysis

Experimental analysis and optimization of the controllable parameters in turning of en aw-2011 alloy; dry machining and alternative cooling techniques

Influence of Processing Parameters on the Performances of High Pressure Die Casting Process

Die for Equal Channel Angular Pressing (ECAP) process: Design and Manufacturing

INFLUENCE OF THE PROCESSING ROUTE ON THE MICROSTRUCTURE FORMATION AT SEMI-SOLID TEMPERATURES FOR ALUMINUM ALLOY A380

Experimental investigation and multi-objective optimization of controllable parameters in turning process using Taguchi Method and Grey Relational Analysis

Surface roughness modelling in super duplex stainless steel turning

Optimization of High Pressure Die Casting Process using Taguchi method and Computer Aided Casting Simulation Technique

Development and optimization of surface roughness predictive models in turning super duplex stainless steel by using artificial intelligence methods

EXPERIMENTAL INVESTIGATION OF SUPER-DUPLEX STAINLESS STEEL TURNING

Finite Element Simulation of Stresses Distribution and Tool Displacement in the Cutting Tool during hard end-milling in different machining conditions

Reverse engineering process application in single item production

Application of compressed cold air cooling: achieving multiple performance characteristics in end milling process

Performance of environmentally friendly machining using compressed cold air cooling: focusing on process level activities and improvements

Optimization of cutting parameters in end-milling of 42CrMo4 steel by applying Taguchi method and the Grey relational analysis

Selection of additive manufacturing process using the AHP method

IMPLEMENTATION OF CAD/CAM TECHNOLOGIES IN ADVANCED PRODUCT MANUFACTURING

Optimization of cutting parameters in end-milling of 42CrMo4 steel by applying Taguchi method and the Grey relational analysis

Flank wear and surface roughness in end milling of hardened steel

A New Mathematical Model for Flank Wear Prediction Using Functional Data Analysis Methodology

Investigation of cutting parameters influence during milling process applying cold compressed air

Contribution to the assessment of economic viability of hard milling process

Optimization of cutting parameters in three axis surface milling

Evaluation of 3D tool wear in machining by successive stereo-photogrammetry and point cloud processing

Achievement of Green Manufacturing using Alternative Types of Cooling in Machining Processes

Effect of cooling with cold compressed air using vortex tube on tool performance in milling process

MULTIPARAMETER HARD MILLING MODELING AND OPTIMIZATION

Flank wear in up and down milling

Modeling of the influence of cutting parameters on the surface roughness, tool wear and the cutting force in face milling in off-line process control

An overview and application of data acquisition system for cutting force measuring in milling

Analysis of application of the alternative types of cooling in down milling

Flank wear modelling in end milling

Cutting force analysis in face milling using rotatable central composite design of experiments and Taguchi method

Application of CAD/CAM system for music instrumenzt production

Nonconventional machining processes - electroerosion

3D Printing method of rapid prototyping

Application of CAD(CAM system for modelling and production of prismatic workpieces

Nonconventional machining processes - ultrasonic machining

TOOL WEAR ON-LINE MONITORING IN END MILLING

Modeling the surface roughness during milling in off-line monitoring

Reverse engineering application in preservation of cultural heritage

Application of reverse engineering process in mold manufacturing industry

Design of experiment's application in the optimization of milling process

Nonconventional machining processes - waterjet machining

Design of experiment's application in the optimization of milling process

Cutting force analysis in face milling using rotatable central composite design of experiments and Taguchi method

Flank wear prediction in end milling using regression analysis and radial basis function neural networks

Analyzing and Modeling of the Influence of Cutting Parameters on the Cutting Force in Face Milling

Regression analysis, support vector machines and Bayesian neural network approaches to modeling surface roughness in face milling

Detection ofF CWEDM process irregularity with discharge pulses monitoring

Parametric and nonparametric modelling of earing and hardness of deep drawn cups

Machinability investigation of drilling process

Tool wear and surface roughness measuring in face milling

Cutting force measuring in face milling

Cutting Parameters on the Surface Roughness in Face Milling

Modeling of Control Loop in Production Scheduling for Overall Inventory Cost Reduction

Surface roughness modelling in milling

Examination and modelling of the influence of cutting parameters on the cutting force and the surface roughness in longitudinal turning

MODELING OF MACHINED SURFACE ROUGHNESS AND OPTIMIZATION OF CUTTING PARAMETERS IN FACE MILLING

Energy absorbing structures for the roadside safety equipment

Modeling of machined surface roughness and optimization of cutting parameters in face milling

Reduction of oscillating demand magnification effect in supply chain

Modelling and optimization of superfinishing process

Application design of experiments and neural networks for modeling the output parameters of turning

Rječnik znanstvenih izraza i pojmova u strojarskom inženjerstvu

Mathematical modelling of cutting forces in the longitudinal turning process

Modeling of cutting power and cutting resistance in turning process

The reduction of the machining time of the engine block using special tools and modern machining center.

The shot-peened surface of AA 5083 under the influence of elevated temperature

Optimization of ground surface roughness

Experimental investigation of the superfinishing process

MATHEMATICAL MODELLING OF CUTTING FORCES IN THE LONGITUDINAL TURNING PROCESS

Fundamentals of the superfinishing process

Optimization of parameters of grinding process

OPTIMIZATION OF CUTTING PARAMETERS REGARDING SURFACE ROUGHNESS DURING LONGITUDINAL TURNING

Towards supply chain introduction

OPTIMIZATION OF THE SUPERFINISHING PROCESS

A Virtual Enterprise Modelling with the use of Intelligent Software Agents

Optimization of ground surface roughness by tool dresing with the pressing roller

AGV System in a Group Technology

OPTIMIZATION OF AN AXIAL HYDROSTATIC BEARING WORK CONDITION

Optimization of ground surface roughness

Investigation of dependence of surface roughness upon influencing factors during the superfinishing process

Contribution to machinability improvement during the superfinishing process

Plant Layout

DEPENDENCE OF THE DEPTH OF SURFACE ROUGHNESS UPON AVERAGE ARITHMETIC ROUGHNESS OF THE SUPERFINISHING SURFACE

Dependence of the depth of surface roughness upon average arithmetic roughness of the super finishing surface

Contribution to the machinability improvement during the superfinishing process

Experimental investigation of the superfinishing process

Fundamentals of the superfinishing process

Application of the Simulation in Production System Optimization

Layout Planning Using the INFAP System

Determining the Optimal Flow Part in the Automated Guided Vihicles System : Rewiew