Structural Analysis II Books

Pokhara University Semester 5 Structural Analysis II Important Books: Syllabus Guide and Study Resources

Structural Analysis II is an important subject for BE Civil Engineering students studying in the fifth semester at Pokhara University (PU). Understanding indeterminate structures, analysing beams and frames, and solving …

Pokhara University STR 312 Structural Analysis II Books
Access recommended reference books, textbooks, and reading materials for Structural Analysis II (Course Code: STR 312) under the Pokhara University (PU) Bachelor in Civil Engineering (BE Civil) 5th semester curriculum. This collection is curated to align directly with the official university syllabus and course objectives.

Core Textbooks & Reference Books for STR 312
Search and download the prescribed textbooks covering all units of the Pokhara University syllabus:

A Textbook of Structural Analysis II by Dr. Rakesh Dumaru and Er. Binay Kumar Sah (New Lumbini Publication) — tailored specifically to the Pokhara University curriculum with local exam-focused solved problems.
Intermediate Structural Analysis by C.K. Wang — comprehensive coverage of classical matrix methods, moment distribution, and slope-deflection formulations.
Structural Analysis (Vol. 1 & 2) by S.S. Bhavikatti — standard reference for force and displacement methods, influence lines, and indeterminate systems.
Theory of Structures by B.C. Punmia, Ashok Kumar Jain, and Arun Kumar Jain — core concepts on plastic analysis, indeterminate arches, and matrix stiffness techniques.

Pokhara University STR 312 Syllabus Alignment
The textbooks available in this category cover the full 8-chapter Pokhara University STR 312 syllabus:

Chapter 1: Indeterminate and Complex Structures — Static and kinematic indeterminacy, force-displacement relationships, and static principles.
Chapter 2: Consistent Deformation Method — Force method application for multi-degree indeterminate beams and frames.
Chapter 3: Slope Deflection Method — Formulation of equilibrium equations for sway and non-sway frames.
Chapter 4: Moment Distribution Method — Joint equilibrium, stiffness, carry-over factors, and sway analysis.
Chapter 5: Stiffness Matrix Method — Displacement-based structural analysis, element stiffness matrices, and coordinate transformation.
Chapter 6: Indeterminate Arches — Elastic theory and analysis of two-hinged and fixed parabolic/circular arches under temperature and loading effects.
Chapter 7: Influence Lines for Indeterminate Structures — Muller-Breslau principle, continuous beams, and moving load analysis.
Chapter 8: Plastic Analysis — Plastic hinges, shape factors, collapse mechanisms, and ultimate load calculation.

Why Use These Books for PU BE Civil 5th Semester?
Preparing for Pokhara University semester examinations requires a balance of core theoretical clarity and solved numerical problems. These textbooks provide step-by-step derivations, solved university-style problems, and fundamental structural engineering principles tailored to the 5th-semester BE Civil curriculum.