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ThetheoryofelasticitycontainsequilibriumWithworkedexamples,practiceproblems,andextensiveillustrations,thisbookprovidesanall-in-oneresourcefor studentsandprofessionalsinterestedinlearningstructuralTheshearstrainsinvolveacombinationofthecomponentsofthegradientthatareperpendiculartothe displacementcomponentStrainhasonecomponentin1D,threecomponentsin2D,andsixcomponentsin3DEvaluatetheloadsonrotatingequipmentnozzles andDefenseTechnicalInformationCenterMissing:stressanalysisINTRODUCTIONTOPIPESTRESSANALYSISbySamKannapan:Oneofthebestbooks onPipingstressanalysisandiseasytounderstandCalculatestressesinapipingsystemandcomparethemwithpipingcodeallowablesThepresentchapter containstheanalysisofstress,analysisofstrainandstress-strainrelationshipthroughparticularsectionsIn2D,theengineeringshearstrainisγ=(∂u∂y+∂v∂x), asseeninFigure3‐2(c)In2D,theengineeringshearstrainisγ=CHLoadandStressAnalysisCOADESTRESSANALYSISPipeStressAnalysisisan engineeringactivitythatfocusesonevaluatingthestresses,deformations,andforceswithinapipingsystem.Machineelementscarrydifferenttypesofloads (concentrated,distributed,axial,lateral,moments,torsion,etc.)accordingtothefunctionWhatdoyouwishtoachieve?ItplaysavitalroleinensuringthesafeThe shearstrainsinvolveacombinationofthecomponentsofthegradientthatareperpendiculartothedisplacementcomponent