The Experts below are selected from a list of 849 Experts worldwide ranked by ideXlab platform
Lei Bin - One of the best experts on this subject based on the ideXlab platform.
-
A Study on Properties of Welded Joint in Dissimilar Steels with Property Gradient Curves
Materials for Mechanical Engineering, 2003Co-Authors: Lei BinAbstract:The characteristic values of micro shear Test, correlations among the micro shear Test, tensile Test and Fracture Mechanic Test were described. The Mechanical properties of welded joint of the dissimilar steels were studied with the property gradient curve. The results showed that the property gradient curve could quantitatively and continually indicate the Mechanical properties and their change regulation in different zones of welded joint, especially change of Mechanical properties in weld metal. The micro shear Test could give a new way to evaluate the welding technology of dissimilar steels.
M.e.r. Shanahan - One of the best experts on this subject based on the ideXlab platform.
-
Two Tests for adhesive bonding long term characterization: principles and applications
Advances in Materials Sciences, 2011Co-Authors: Julien Jumel, Michal K. Budzik, Sebastien Chauffaille, M.e.r. ShanahanAbstract:This article describes recent refinement of the traditional wedge Test technique used to characterize durability of the adhesive joints. We propose two types of measuring protocols to monitor precisely and continuously the propagation of an "effective" crack during long term mode I Fracture Mechanic Test. First method is directly derived from the traditional wedge Test technique and consist in monitoring the surface strain of adherent with resistive gauges. The second method consist in replacing constant applied displacement by constant force loading and monitoring the beam deflection. Applications of these techniques are presented concerning crack propagation and nucleation monitoring leading to better understanding of the phenomena occurring in the joint subjected to an external load.
Julien Jumel - One of the best experts on this subject based on the ideXlab platform.
-
Two Tests for adhesive bonding long term characterization: principles and applications
Advances in Materials Sciences, 2011Co-Authors: Julien Jumel, Michal K. Budzik, Sebastien Chauffaille, M.e.r. ShanahanAbstract:This article describes recent refinement of the traditional wedge Test technique used to characterize durability of the adhesive joints. We propose two types of measuring protocols to monitor precisely and continuously the propagation of an "effective" crack during long term mode I Fracture Mechanic Test. First method is directly derived from the traditional wedge Test technique and consist in monitoring the surface strain of adherent with resistive gauges. The second method consist in replacing constant applied displacement by constant force loading and monitoring the beam deflection. Applications of these techniques are presented concerning crack propagation and nucleation monitoring leading to better understanding of the phenomena occurring in the joint subjected to an external load.
Michal K. Budzik - One of the best experts on this subject based on the ideXlab platform.
-
Two Tests for adhesive bonding long term characterization: principles and applications
Advances in Materials Sciences, 2011Co-Authors: Julien Jumel, Michal K. Budzik, Sebastien Chauffaille, M.e.r. ShanahanAbstract:This article describes recent refinement of the traditional wedge Test technique used to characterize durability of the adhesive joints. We propose two types of measuring protocols to monitor precisely and continuously the propagation of an "effective" crack during long term mode I Fracture Mechanic Test. First method is directly derived from the traditional wedge Test technique and consist in monitoring the surface strain of adherent with resistive gauges. The second method consist in replacing constant applied displacement by constant force loading and monitoring the beam deflection. Applications of these techniques are presented concerning crack propagation and nucleation monitoring leading to better understanding of the phenomena occurring in the joint subjected to an external load.
Sebastien Chauffaille - One of the best experts on this subject based on the ideXlab platform.
-
Two Tests for adhesive bonding long term characterization: principles and applications
Advances in Materials Sciences, 2011Co-Authors: Julien Jumel, Michal K. Budzik, Sebastien Chauffaille, M.e.r. ShanahanAbstract:This article describes recent refinement of the traditional wedge Test technique used to characterize durability of the adhesive joints. We propose two types of measuring protocols to monitor precisely and continuously the propagation of an "effective" crack during long term mode I Fracture Mechanic Test. First method is directly derived from the traditional wedge Test technique and consist in monitoring the surface strain of adherent with resistive gauges. The second method consist in replacing constant applied displacement by constant force loading and monitoring the beam deflection. Applications of these techniques are presented concerning crack propagation and nucleation monitoring leading to better understanding of the phenomena occurring in the joint subjected to an external load.
