McGraw-Hill, 1991, 194 pages
This study guide is one of the few sources of comprehensive instruction about load and resistance factor design, which is gradually becoming the standard method of designing structural steel. Written for anyone with the basic knowledge of engineering mechanics needed for any undergraduate course in structural steel design, its problem-solving approach makes this book ideal for undergraduate and graduate engineering and architectural students, and for practicing engineers, architects and structural detailers as well.
Structural steel
Introduction to lrfd
Tension members
Columns and other compression members
Compact beams and other flexural member
Noncompact beams and plate girders
Members in flexure and tension
Beam-columns: combined flexure and compress
Torsion
Composite members
Connections
Other design considerations
This study guide is one of the few sources of comprehensive instruction about load and resistance factor design, which is gradually becoming the standard method of designing structural steel. Written for anyone with the basic knowledge of engineering mechanics needed for any undergraduate course in structural steel design, its problem-solving approach makes this book ideal for undergraduate and graduate engineering and architectural students, and for practicing engineers, architects and structural detailers as well.
Structural steel
Introduction to lrfd
Tension members
Columns and other compression members
Compact beams and other flexural member
Noncompact beams and plate girders
Members in flexure and tension
Beam-columns: combined flexure and compress
Torsion
Composite members
Connections
Other design considerations