PAL

Syllabus

Course Code: LPECE-102

Course Title: Problem Analysis Laboratory

Programme: B.Tech. L: 0 T: 0 P: 2 Credits: 1
Semester: 7th / 8th Theory/Practical: Practical Teaching Hours: 24 (P)
Total Max. Marks: 50 Internal Marks: 30 External Marks: 20
Minimum Percentage of Numerical/Design problems in ESE: Nil  
Duration of End Semester Examination (ESE): As per university guidelines  
Course Type: Compulsory Track Specific  

Prerequisites: NIL

Additional Material Allowed in ESE: NIL

On completion of the course, the student will have the ability to:

CO# Course Outcomes
1 Analyse various causes of defects (cracks and deflection) in structural members
2 Explain the mechanism of corrosion of RC components
3 Identify the role of structural health monitoring and carry out NDT
4 Identify the types and causes of settlement of structures
5 Select a suitable remedial measure/treatment strategy after careful analysis of the problem
6 Perform the non-linear analysis of RC structural components using software (ATENA)

Contents

  1. To identify cracks in different buildings, followed by analysis to identify their possible reasons and to find appropriate treatment strategies.
  2. Corrosion of RC components, its identification, background causes and remedial measures based on analysis.
  3. Deflection of structural members, problem identification and treatment strategies.
  4. Settlement of a structure, its causes, and measures to control it.
  5. Structural Health monitoring, problem identification and NDT to quantify the problem.
  6. Analysis of RC structural components using non-linear analysis software.

Books / References