516 Mechanics of solids(Written)
CITY & GUILDS - LEVEL 5 - ADVANCED TECHNICIAN DIPLOMA IN MECHANICAL ENGINEERING (9208-11)
- 1.1 explain the relationship between the primary elastic constants for isotropy
- 1.2 explain the significance of elastic constants in different types of materials
- 1.3 explain the concept of stress components in complex stress cases
- 1.4 explain and apply Mohr’s circle to combined loading and determine the principal stresses and angles for a given loading case.
- 1.5 explain the operating principle of a strain gauge
- 1.6 explain the application of Euler’s buckling theory & determine conditions for the stability of a column using Euler’s buckling theory.
- 1.7 calculate the tensile hoop stress in thin rings and cylinders rotating at constant angular velocity & calculate the stresses at any radius r in a disc of uniform thickness rotating with a constant angular velocity ω rad/s
- 1.9 explain how finite element modelling can be applied in the analysis of structures
- 2.1 calculate the second moment of area of various beam cross- sections & select values of second moment of areas for standard beams
- 2.3 calculate the bending and shear stresses in a beam
- 2.4 calculate the deflection of a beam using double-integration method
- 2.5 calculate bending and shear stresses in a composite beam
- 2.6 calculate deflection of a composite beam using double-integration method
- 2.7 analyse a truss structure
- 3.1 analyse an engineering component subject to fatigue loading
- 3.2 analyse an engineering component involving creep
- 3.3 describe viscoelasticity in an engineering component
- 3.4 analyse an engineering component involving fracture mechanics
- 3.5 analyse an engineering component involving yield criteria.
- SUBJECT INTRODUCTION By Lecturer - 516
- Questions and answer discussion
SUBJECT FEE
Rs 25000.00FULL COURSE
(Course Fee)
99250.00 * Exam fees will be added separately. (Info: dl@flits.lk)
SUBJECTS
- 513 Advanced Engineering Mathematics(Written)
- 514 Analysis of the mechanics of fluids(Written)
- 515 Applied thermodynamics(Written)
- 516 Mechanics of solids(Written)
- 517 Properties of materials for engineering applications(Written)
- 518 Dynamics of machine systems(Written)
- 504 Project management(Assignment)
- 505 Instrumentation and control systems (Written Paper)
