Matches in Harvard for { ?s ?p Determining pipe wall thickness -- The allowable combined stress -- Single-plane piping -- 90 [degree] bend, both ends fixed -- The case of moving anchors -- Thrust line -- Offset U bend with tangents -- Curved branches -- The stress coefficient -- Three-dimentional piping -- Three-dimentional piping containing straight branches only -- Simplified solution of equations -- Combining moments in three-dimentional problems -- Method of combining stresses -- Pipe lines containing circular quarter bends -- Examples for computing products of inertia -- Three-dimentional pipe lines of variable flexibility -- Three-dimentional line containing corrugated sections -- Appendixes -- I: Allowable S values -- II: Metal areas and weights of water per foot of pipe -- III: Relation between deflection and line inertia.. }
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- catalog description "Determining pipe wall thickness -- The allowable combined stress -- Single-plane piping -- 90 [degree] bend, both ends fixed -- The case of moving anchors -- Thrust line -- Offset U bend with tangents -- Curved branches -- The stress coefficient -- Three-dimentional piping -- Three-dimentional piping containing straight branches only -- Simplified solution of equations -- Combining moments in three-dimentional problems -- Method of combining stresses -- Pipe lines containing circular quarter bends -- Examples for computing products of inertia -- Three-dimentional pipe lines of variable flexibility -- Three-dimentional line containing corrugated sections -- Appendixes -- I: Allowable S values -- II: Metal areas and weights of water per foot of pipe -- III: Relation between deflection and line inertia.".
- catalog tableOfContents "Determining pipe wall thickness -- The allowable combined stress -- Single-plane piping -- 90 [degree] bend, both ends fixed -- The case of moving anchors -- Thrust line -- Offset U bend with tangents -- Curved branches -- The stress coefficient -- Three-dimentional piping -- Three-dimentional piping containing straight branches only -- Simplified solution of equations -- Combining moments in three-dimentional problems -- Method of combining stresses -- Pipe lines containing circular quarter bends -- Examples for computing products of inertia -- Three-dimentional pipe lines of variable flexibility -- Three-dimentional line containing corrugated sections -- Appendixes -- I: Allowable S values -- II: Metal areas and weights of water per foot of pipe -- III: Relation between deflection and line inertia.".