Mechanical Tests of the Dissimilar Welded Samples by Friction
Journal Title: Analele Universitatii "Eftimie Murgu" Resita. Fascicula de Inginerie - Year 2018, Vol 25, Issue 1
Abstract
The paper presents the experimental achievement of heterogeneous joints, with dissimilar materials, as well as the analysis of these joints by mechanical and metallographic tests. After traction testing of the specimens, it was found that breaking occurred each time in the area of the base material, which leads to the conclusion that the strength of the welded joints is above the resistance of the base materials used.
Authors and Affiliations
Adrian Valentin Petrica
Keywords
Related Articles
- EP ID EP447396
- DOI -
- Views 83
- Downloads 0
The Study of chemical Inhomogenety Formation in Cast Ingots
This paper presents a study of chemical inhomogeneity formation indirect casting of a 6 to ingot, using the AnyCasting software (Var.3.10, 2009). The ingot was obtained from steel with a medium content of carbon alloyed...
HydroHillChart – Francis module. Software used to Calculate the Hill Chart of the Francis Hydraulic Turbines
The paper presents the Hydro Hill Chart - Francis module application, used to calculate the hill chart of the Pelton, Francis and Kaplan hydraulic turbine models, by processing the data measured on the stand. After de-sc...
Mechanical Tests of the Dissimilar Welded Samples by Friction
The paper presents the experimental achievement of heterogeneous joints, with dissimilar materials, as well as the analysis of these joints by mechanical and metallographic tests. After traction testing of the specimens,...
High-speed Microcontroller Based System to Real-time Analyzing the Mechanical Waves in Structures
Nowadays high-speed microcontrollers are employed to accomplish many applications in different domains, due to their flexible characteristics and structures. In this paper, the microcontroller algorithm per-forms a fast...
Experimental Generation of the Intersection Curve of Two Cylinders: An Algorithm Based on a New Paradigm
Computational Geometry is currently using approximation techniques based on convex polygons, with good results in some topics, but with severe limitation of applicability. In this paper we present the first step of a lar...