Concrete Technology & Masonry Books

Pokhara University Semester 6 Concrete Technology and Masonry Structures Important Books: Study Guide for Civil Engineering Students

Finding the right engineering books and study notes can be challenging for civil engineering students. When preparing for Concrete Technology and Masonry Structures, students need more than a collection of …

Concrete Technology and Masonry Structure (STR 214) – Books, Syllabi & Notes

Welcome to the comprehensive repository for Concrete Technology and Masonry Structure (STR 214), tailored specifically for Pokhara University (PU) students pursuing BE Civil and Civil & Rural Engineering (Level: Bachelor | Year: III | Semester: V). This page offers an all-in-one resource collection containing prescribed textbook recommendations, syllabus-aligned lecture notes, reference literature, and course outlines.

Course At A Glance

Course Code: STR 214 (3 Credits)
Course Type: Theory & Practice (45 Teaching Hours)
Resource Content: Prescribed Textbooks, Reference Books, Lecture Notes, PDF Downloads & Syllabus Breakdown
Evaluation Scheme: Full Marks: 100 | Pass Mark: 45

Recommended Books & Study Materials

Concrete Technology: Theory and Practice by M.S. Shetty – Essential textbook for Part I (Concrete Technology, Mix Design, and Testing).
Properties of Concrete by A.M. Neville – Standard reference book for advanced topics in hardened concrete, hydration, and durability.
Building Construction by B.C. Punmia, Ashok Kumar Jain, and Arun Kumar Jain – Primary reference for masonry construction, brick bonds, and mortar properties.
Design of Masonry Structures by A.W. Hendry – Key textbook covering design principles under gravity and lateral seismic loading.
Nepal National Building Code (NBC 109 & NBC 202) – Official Nepal Government design codes for load-bearing and unreinforced masonry walls.

Lecture Notes & Downloadable Study Resources

Complete Course Notes (PDF): Unit-wise lecture slides and written notes covering all 9 units.
Mix Design Calculation Sheets: Step-by-step solved numerical examples based on IS, ACI, and DOE mix design methodologies.
Masonry Design Manuals: Worked-out structural examples for solid load-bearing walls, walls with openings, lintel detailing, and seismic bands.
Lab Manuals & Testing Guides: Standard testing procedures for fresh concrete (Slump, Vee-Bee), hardened concrete (Destructive/NDT), and masonry elements.

Syllabus Breakdown by Units

Part I: Concrete Technology (Units 1–5)

Unit 1: Introduction to Plain Cement Concrete & Constituents
Cement hydration, compound composition, aggregate properties, gradation, Abram’s Law, and chemical/mineral admixtures.

Unit 2: Mix Design & Fresh Concrete Properties
Workability testing, batching, mixing, curing, segregation, bleeding, and mix design methods (IS, ACI, DOE & Probabilistic approaches).

Unit 3: Properties of Hardened Concrete
Compressive, tensile, flexural, shear & bond strengths, elastic moduli, Poisson’s ratio, creep, shrinkage, gel-space ratio, and durability.

Unit 4: Testing of Hardened Concrete & Quality Control
Destructive strength testing, Non-Destructive Testing (NDT), strength variability, codal acceptance criteria, and statistical quality control.

Unit 5: Special Types of Concrete
Overview of Light Weight, Polymer, Porous, Plum, Roller Compacted, Fiber-Reinforced (FRC), Self-Compacting (SCC), High-Strength Concrete, and Shotcrete.

Part II: Masonry Structures (Units 6–9)

Unit 6: Constituents of Masonry Structures
Masonry units (Bricks, Stones, AAC/CSE Blocks), brick bonds (English, Flemish, Rat-Trap), load-bearing systems, and mortar strength.

Unit 7: Design of Masonry Walls for Gravity Loads
Nepal Building Codes (NBC 109 & NBC 202), design of solid walls, openings, eccentric loading, masonry columns, and lintels.

Unit 8: Masonry Structure Under Lateral Loads
Seismic behavior, lateral load failure modes, seismic bands, composite masonry, RC frame infills, and bamboo-reinforced masonry.

Unit 9: Testing of Masonry Elements
Compressive strength tests, diagonal shear testing, and NDT techniques (Schmidt Hammer, Flat-Jack, Push Shear, Elastic Wave Tomography).

Key Learning Objectives

Selecting and evaluating raw materials for high-performance concrete.
Designing concrete mixes using IS, ACI, and DOE codal procedures with recommended textbooks.
Executing destructive and non-destructive quality tests using standard lab guides.
Designing safe, load-bearing, and reinforced masonry walls according to NBC codes and structural notes.
Understanding seismic and lateral failure mechanisms in modern and traditional masonry structures.