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Essentials
Of Welding Design |
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Objectives |
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Recognize
how welding imposes limitations on design
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Appreciate
the importance of weldability problems in materials selection |
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Design
a welded joint to provide adequate access for a given process |
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Make
static stress assessments |
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Understand
fatigue behavior of welded joints |
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Select
materials to avoid brittle fracture |
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Suitable
For
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Project
engineers
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Design
engineers and design draughtsman |
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All
technical staff who require an understanding of the
influence of design
in production of
acceptable welded fabrications. |
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Course
Outline : |
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Introduction |
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The
welded joint terminology |
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Steps
for successful design |
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Features
of welding processes |
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Edge
preparations |
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Weld
symbols |
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Residual
stress and distortion |
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Defects;
Weldability |
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Strength
of welded joints |
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Calculation
of weld size for static loading |
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Material
selection and process control to avoid brittle fracture |
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Design
exercises |
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Assessment
of the relative fatigue life of welds |
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Fatigue
life improvement methods |
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This
course reviews the terminology and explains concisely the basic
principles of effective welding design. It is regularly updated in line
with current technology and needs. |
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