The International Scientific Conference on Materials and Technologies for Defence and Security (MaTeDaS)
Description
With a long tradition, the International Scientific Conference on Materials and Technologies for Defence and Security (MaTeDaS 2024, 9-10 October 2024, Trencín, Slovakia) was focused on materials and technologies for producing special equipment. Thematically, it highlighted research results in engineering technologies of welding, casting, forming, machining, surface treatments, modern additive technologies, and new modelling and simulation approaches. From the point of view of materials, the research mainly focused on metal materials, ceramics, composites, polymer materials, which are important for the automotive industry, as well as multifunctional smart materials that can be used as actuators, sensors, vibration dampers, stabilisers of structural elements, etc. In these areas, the exchange of experience is one of the means of contributing to the development of the technical level and the quality of material equipment in the field of special technology. This edition will be helpful for many specialists in modern machinery and materials science.
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Content
Chapter 1: Polymers and Composites
Mechanical Properties of PETG Parts Produced by the FFF Method with Different Infill Geometries
Dynamic-Mechanical Analysis of Selected Composite Materials
Chapter 2: Structural Metals
Comparative Analysis of Metal Components Manufactured by WAAM Technology for the Strike Face Layer of Ballistic Protection
Experimental Study of the Effect of Changing the Shape of Tool Geometry on the Magnitude of Cutting Forces when Turning Tool Steels
Simulation and Experimental Validation of Orbital Laser Welding of Aluminum Alloy Tubes
Experimental Comparison of 90MnCrV8 and X153CrMoV12 Steels in MN Knife Mill for Wear Reduction
Chapter 3: Surface Treatment and Tribology
Experimental Comparison of the Material Properties of Original and Aftermarket Gears
Mathematical Model of Friction
Increasing the Corrosion Resistance of Structural Steels Using Plasma Nitriding
Examination of the Internal Surface of a Firing Chamber of Armament Elements
Use of Integral Characteristics in the Evaluation of Surface Texture of Components after Plasma Nitriding
Research on the Characteristics of Steels Essential for Increasing the Durability of Selected Special Equipment Structures
Exploring the Influence of Variations in Distance Levels to Dielectric Barrier Discharge Plasma on Surface Energy and Fluorescence Modifications in Shape-Stable Aluminum Alloys and Shape-Instable Unvulcanized Rubber Blends
Tribological Analysis of Manganese Phosphate Coating on Steel Pistons for Internal Combustion Engines
Degradation of Hydraulic Oil in Operating Conditions
Effect of Frequency on Selected Properties of Wc HiPIMS Coatings Deposited Using a Mixture of Ar+Kr as Working Gas
Monitoring the Soft Sludge and Water Content of Hydraulic Oil Samples Using Drop Analysis
The Influence of Heat Treatment of High-Strength Steels on the Change of Tribological Properties by the Ball on Flat Method
Chapter 4: Research and Design of Machine Parts and Equipment
Design and Optimization of the Front Wing for Formula Student Monopost
Design and Simulation of Selected Types of Materials for Military Silencers for Various Types of Handguns
Modification of Components Using Generative Design Tools
Method of Heat Sinks Testing Based on Cooling Curves
Chapter 5: Mechatronics
Operational and Laboratory Tests of Flow Measurement of Gear Hydrogenerator
The Main Problems in the Operation of Ramming Devices in Artillery Weapons
Development and Implementation of Equipment for Diagnosing and Testing the Properties of 3D Printing Samples
Integrating VR and AR into Computer-Aided Manufacturing: A Framework for University-Level Engineering Education