Topicwise MCQs on Prestressed Concrete Structures

If you are a Civil Engineer then this section is for you. This section focus on all topics of the Prestressed Concrete Structures subject. These questions will help you to prepare for interviews, entrance exams, online tests, and semester exams. This also helps you to understand Prestressed Concrete Structures deeply. Here, You can practice these MCQs chapter-wise for FREE.

1. Prestressed Concrete Structures MCQs on Introduction of Prestressing

This part contains prestressed concrete structures multiple-choice questions and answers on basic concepts, historic development, needs, terminology, principles and classifications of prestressing.

  • Basic Concepts
  • Historic Development
  • Need and Terminology
  • Principles and Classifications of Prestressing



  • 2. Prestressed Concrete Structures MCQs on Materials for Prestressed Concrete

    This part contains prestressed concrete structures multiple-choice questions and answers on high strength concrete and high tensile steel.

  • High Strength Concrete
  • High Tensile Steel



  • 3. Prestressed Concrete Structures MCQs on Prestressing Systems

    This part contains prestressed concrete structures multiple-choice questions and answers on pre and post tensioning systems, thermo electric prestressing and chemical prestressing.

  • Pretensioning Systems
  • Post Tensioning Systems
  • Thermo Electric Prestressing
  • Chemical Prestressing Part-1
  • Chemical Prestressing Part-2



  • 4. Prestressed Concrete Structures MCQs on Analysis of Prestress and Bending Stress

    This part contains prestressed concrete structures multiple-choice questions and answers on resultant stresses, tendons stresses and cracking moments.

  • Resultant Stresses
  • Stresses in Tendons
  • Cracking Moments



  • 5. Prestressed Concrete Structures MCQs on Losses of Prestress

    This part contains prestressed concrete structures multiple-choice questions and answers on losses due to elastic deformation, shrinkage, concrete, friction.

  • Loss Due to Elastic Deformation
  • Loss Due to Shrinkage
  • Loss Due to Creep of Concrete
  • Loss Due to Relaxation of Stress in Steel
  • Loss Due to Friction
  • Short Term Deflections