Course Name: Solid Mechanics I
Solid Mechanics I –
AE20AM2002V0
Course Description:
·
Solid mechanics is the study of
the deformation and motion of solid materials under the action of forces.
·
Determinate, indeterminate beam
problem solution
·
Applications and limitations of
determinate and indeterminate beams
·
Integration method, Moment area
and conjugate beam method to solve indeterminate beams for deflection and
slopes
·
Principal stress and strain –
Analytical and graphical method (Mohr circle)
·
Various failures, their types, causes and consequences.
·
Application and details of
failure theories for ductile and brittle materials
·
Engineering applications of
slid mechanics concept in engineering design
Course Overview
·
Concept of load, stress and
strain
·
Classification of failure,
their causes and consequences
·
Failure theories for ductile
and brittle materials
·
Deflection and slope of
determinate and indeterminate beams
·
Method of integration, moment
area and conjugate beam method
·
Concept of principal stress and
strain, principal planes and application for failure prediction
·
Best practice for application
of solid mechanics concept for product design
Course Structure:
·
Lesson 1: L1_Determinate and
indeterminate structures
·
Lesson 2: L1 – Principal stress
and strain
·
Lesson 3: L1 – Failure theories
Pre-requisite: Mechanical/Aeronautical/Automobile Engineer
Training Method: Instruction based.
Course Validity: 90 days from the date of enrolment.
Downloadable Exercises: NA
Recommended Practice Hours: NA