Cantilever point load

FINAL YEAR PROJECT (PHASE- I) USING ANSYSSubmitted By:- Manoj Meena -11102048 Mitul Chopra-11102050Mohit Poonia -11102052 Mohit Sihag-11102053Project Guide :-Professor Dr. Pratap Singh

INTRODUCTION TO ANSYSStatic AnalysisDynamic AnalysisTransient AnalysisModal AnalysisHarmonic Response AnalysisBuckling AnalysisStructural AnalysisStatic, Transient, Modal, Harmonic, Buckling, etc.Thermal AnalysisSteady-state, TransientElectric Field AnalysisStatic, Transient, Modal, Harmonic

What is Finite Element Analysis?The FEM is a computer-aided mathematical technique for obtaining approximate numerical solutions to the abstract equations of calculus that predict the response of physical systems subjected to external influences.What is Finite Element Analysis?

USE OF ANSYS IN CIVIL ENGINEERING

Advantages Irregular Boundaries General Loads Different Materials Boundary Conditions Variable Element Size Modification Dynamics Nonlinear Problems (Geometric and/or Material)

DisadvantagesAn approximate solution

An element dependent solution Shape quality of elements affect the solution, e.g. poorly shaped elements (irregular shapes) reduce accuracy of the FE solution Element density affect the solution, i.e. the element size should be adjusted to capture gradient example: plate with a circular hole

Errors in input data

CANTILEVER POINT LOAD

CANTILEVER POINT LOAD

CANTILEVER POINT LOAD

CANTILEVER UDL

CANTILEVER UDL

CANTILEVER UDL

SIMPLY SUPPORTED POINT LOAD

SIMPLY SUPPORTED POINT LOAD

SIMPLY SUPPORTED POINT LOAD

SIMPLY SUPPORTED UDL

SIMPLY SUPPORTED UDL

SIMPLY SUPPORTED UDL