This bachelor thesis deals with finding of appropriate process parameters for minimizing porosity with SLM technology for processing aluminum alloy 6061. The search part deals about the issue of additive manufacturing aluminum alloys and evaluation of porosity measurements of relative density. Based on general knowledge were proposed test samples produced by sintering of metallurgical powder using a laser with ytterbium optical fiber. In this work was used high power of laser up to 400 W, with which 6061 alloy was not been in terms of porosity in detail tested yet. As the result, the technological parameters dependence on relative density and the overview of this alloy processing by SLM technology was determined
Selective laser melting (SLM) is an additive manufacturing process, forming the desired geometry by ...
AbstractThe significance of this research lies in its potential to create an Additive Manufacturing ...
The master's diploma thesis deals with the mechanical and structural characteristics of aluminium-ba...
This diploma thesis deals with finding and verification of appropriate technological parameters of S...
This diploma thesis deals with processing of high strength aluminum alloy EN AW 7075 by Selective La...
Method selective laser melting can produce metal parts by using 3D printing. This diploma thesis dea...
The diploma thesis deals with possibilities for processing aluminium alloy EN AW 2618 using Selectiv...
This bachelor thesis aims to compare mechanical properties of cast AlSi9Cu3 aluminium alloy with its...
This diploma thesis deals with finding copper alloy suitable for processing SLM technology and deter...
Metal additive technology currently finds use in a large number of industrial sectors. Mainly in dom...
The master's thesis deals with properties of aluminium alloys prepared by SLM process. The teoretica...
The main aim of this bachelor thesis was to research for theoretical part dealing with additive manu...
Selective laser melting (SLM) is a relatively novel method used to produce metallic parts directly f...
AbstractSelective laser melting (SLM) is an additive manufacturing process, forming the desired geom...
This thesis aims to analyse the general character of manufacturing parts via the SLM (Selective Lase...
Selective laser melting (SLM) is an additive manufacturing process, forming the desired geometry by ...
AbstractThe significance of this research lies in its potential to create an Additive Manufacturing ...
The master's diploma thesis deals with the mechanical and structural characteristics of aluminium-ba...
This diploma thesis deals with finding and verification of appropriate technological parameters of S...
This diploma thesis deals with processing of high strength aluminum alloy EN AW 7075 by Selective La...
Method selective laser melting can produce metal parts by using 3D printing. This diploma thesis dea...
The diploma thesis deals with possibilities for processing aluminium alloy EN AW 2618 using Selectiv...
This bachelor thesis aims to compare mechanical properties of cast AlSi9Cu3 aluminium alloy with its...
This diploma thesis deals with finding copper alloy suitable for processing SLM technology and deter...
Metal additive technology currently finds use in a large number of industrial sectors. Mainly in dom...
The master's thesis deals with properties of aluminium alloys prepared by SLM process. The teoretica...
The main aim of this bachelor thesis was to research for theoretical part dealing with additive manu...
Selective laser melting (SLM) is a relatively novel method used to produce metallic parts directly f...
AbstractSelective laser melting (SLM) is an additive manufacturing process, forming the desired geom...
This thesis aims to analyse the general character of manufacturing parts via the SLM (Selective Lase...
Selective laser melting (SLM) is an additive manufacturing process, forming the desired geometry by ...
AbstractThe significance of this research lies in its potential to create an Additive Manufacturing ...
The master's diploma thesis deals with the mechanical and structural characteristics of aluminium-ba...