Direct Laser Deposition Technology is an additive manufacturing process which directly manufactures a fully dense metal part from CAD model without intermediate steps. The metal powder is delivered into a molten pool created by the focused beam of a highpower laser beam melting the target material. The resulting deposits can be used to build metal parts in a variety of applications. The repair of damaged metal parts is potential application of Direct Laser Deposition Technology. In this research, the advantages of Direct Laser Deposition Technology over traditional welding repair will be studied with respect to the material properties such as tensile strength
Laser additive direct deposition of metals is a new rapid manufacturing technology, which combines w...
The nuclear and offshore wind industries are of great interest to meet the current challenges of pro...
Laser-based additive manufacturing (AM) technologies such as laser metal deposition have been introd...
Laser aided part-repair is an emerging trend that has great potential for future industrial applicat...
Laser aided part-repair is an emerging trend that has great potential for future industrial applica...
Direct metal deposition (DMD) is a method of metallic part fabrication under the classification of a...
Recent studies have indicated that laser direct metal deposition can be used for repairing deep or i...
In a repair process chain for petrochemicals industry, damaged areas or cracks can be removed by mil...
Repair is a process of restoring the functionality of a damaged component to its original functional...
Mass customization leads to very short product life cycles, so the costs of a tool have to be amorti...
High power lasers provide time and cost effective method for metallic surface modification. In this ...
Laser additive direct deposition of metals is a new rapid manufacturing technology, which combines w...
The present paper reviews recent progress in productivity, precision and quality of laser-based clad...
AbstractIn a repair process chain, damaged areas or cracks can be removed by milling and subsequentl...
Surface coating, repair, and rapid design changes of high-value components and tools are demanding c...
Laser additive direct deposition of metals is a new rapid manufacturing technology, which combines w...
The nuclear and offshore wind industries are of great interest to meet the current challenges of pro...
Laser-based additive manufacturing (AM) technologies such as laser metal deposition have been introd...
Laser aided part-repair is an emerging trend that has great potential for future industrial applicat...
Laser aided part-repair is an emerging trend that has great potential for future industrial applica...
Direct metal deposition (DMD) is a method of metallic part fabrication under the classification of a...
Recent studies have indicated that laser direct metal deposition can be used for repairing deep or i...
In a repair process chain for petrochemicals industry, damaged areas or cracks can be removed by mil...
Repair is a process of restoring the functionality of a damaged component to its original functional...
Mass customization leads to very short product life cycles, so the costs of a tool have to be amorti...
High power lasers provide time and cost effective method for metallic surface modification. In this ...
Laser additive direct deposition of metals is a new rapid manufacturing technology, which combines w...
The present paper reviews recent progress in productivity, precision and quality of laser-based clad...
AbstractIn a repair process chain, damaged areas or cracks can be removed by milling and subsequentl...
Surface coating, repair, and rapid design changes of high-value components and tools are demanding c...
Laser additive direct deposition of metals is a new rapid manufacturing technology, which combines w...
The nuclear and offshore wind industries are of great interest to meet the current challenges of pro...
Laser-based additive manufacturing (AM) technologies such as laser metal deposition have been introd...