Cracking Resistance Of Welded Joints Research Articles

Characteristics of static and fatigue strength and of crack resistance of welded joints in structural steels at low temperatures. Communication 2

Characteristics of static and fatigue strength and of crack resistance of welded joints in structural steels at low temperatures. Communication 2

Examination of the effect of anisotropy on reheat cracking resistance of welded joints

Examination of the effect of anisotropy on reheat cracking resistance of welded joints

Effect of the conditions of electron beam welding on the static cracking resistance of welded joints in PT3V titanium alloy

Effect of the conditions of electron beam welding on the static cracking resistance of welded joints in PT3V titanium alloy

A method of testing the cracking resistance of welded joints in pressure vessels

A method of testing the cracking resistance of welded joints in pressure vessels

Cracking resistance of welded joints in niobium alloys

1. The method of determining the static cracking resistance using, as the criterion, the values of the J-integral is more suitable for testing small specimens of niobium alloys with a high ductility margin. 2. The static cracking resistance characteristics of the welded joints in 5VMTs alloy with solid-solution hardening are considerably higher than those other welded joints in NTsU heterophase alloy. 3. When the welding speed is increased from 2.8 to 16.6 mm/sec, with a corresponding reduction of the heat input from 1480 to 760 J/cm, the cracking resistance of both the weld metal and HAZ of the examined alloys increases. 4. Subsequent heat treatment for 1 h at 1473°K increases the cracking resistance of the welded joints.

An experimental and calculation method of evaluating the cold cracking resistance of welded joints in alloy steels

An experimental and calculation method of evaluating the cold cracking resistance of welded joints in alloy steels

Static cracking resistance of welded joints with misaligned edges

Static cracking resistance of welded joints with misaligned edges

Effect of flux composition in electroslag welding a steel of the manganese-nickel-molybdenum-vanadium system on the reheat cracking resistance of welded joints

Effect of flux composition in electroslag welding a steel of the manganese-nickel-molybdenum-vanadium system on the reheat cracking resistance of welded joints

Examination of the cold cracking resistance of welded joints in high strength, medium alloy steels by the implant method

Examination of the cold cracking resistance of welded joints in high strength, medium alloy steels by the implant method

Evaluating the cold cracking resistance of welded joints in clad steels

Evaluating the cold cracking resistance of welded joints in clad steels