The most important code for design of concrete structures including limit state design
Key Points:
- •Limit State of Collapse and Serviceability
- •Material properties: fck, fy values
- •Durability requirements and cover
- •Design of beams, columns, slabs, footings
Code for design and construction of steel structures
Key Points:
- •Limit state design of steel structures
- •Properties of structural steel
- •Design of tension, compression members
- •Connection design: welded, bolted
Covers dead loads, imposed loads, wind loads, snow loads, and earthquake forces
Key Points:
- •Part 1: Dead Loads - Unit weights of materials
- •Part 2: Imposed Loads - Live loads for buildings
- •Part 3: Wind Loads - Wind pressure calculations
- •Part 5: Special loads and combinations
Provisions for earthquake resistant design of structures
Key Points:
- •Seismic zones of India
- •Response spectrum method
- •Design lateral forces
- •Ductile detailing requirements
Requirements for ductile detailing of RC structures subjected to seismic forces
Key Points:
- •Special confining reinforcement
- •Beam-column joint detailing
- •Anchorage and splicing
- •Minimum reinforcement requirements
Covers design and construction of different types of piles
Key Points:
- •Bearing capacity of piles
- •Load testing procedures
- •Group action of piles
- •Construction methods and quality control
Code for determining safe bearing capacity of soil
Key Points:
- •Bearing capacity equations
- •Settlement analysis
- •Plate load test procedures
- •Safety factors
Code of practice for design and construction of shallow foundations
Key Points:
- •Types of shallow foundations
- •Design considerations
- •Proportioning of footings
- •Construction practices
Requirements for aggregates from natural and artificial sources
Key Points:
- •Grading requirements
- •Deleterious materials limits
- •Physical properties
- •Alkali-aggregate reaction
Requirements for 43 grade OPC cement
Key Points:
- •Minimum compressive strength: 43 MPa at 28 days
- •Chemical requirements
- •Physical requirements
- •Fineness and setting time
Requirements for 33 grade OPC cement
Key Points:
- •Minimum compressive strength: 33 MPa at 28 days
- •Suitable for normal concrete works
- •Chemical composition limits
- •Soundness requirements
Specification for reinforcement bars
Key Points:
- •Fe 415, Fe 500, Fe 550, Fe 600 grades
- •Tensile strength requirements
- •Elongation and bend test
- •Rib and deformation requirements
Guidelines for concrete mix design
Key Points:
- •Selection of water-cement ratio
- •Aggregate proportioning
- •Mix design procedure
- •Quality control requirements
Standard methods for testing concrete strength
Key Points:
- •Compressive strength test
- •Flexural strength test
- •Split tensile strength test
- •Cube and cylinder testing
Various parts covering different soil tests
Key Points:
- •Classification tests
- •Compaction tests
- •Shear strength tests
- •Permeability and consolidation
Standard method of measurement for estimation
Key Points:
- •Measurement principles
- •Rules for taking dimensions
- •Classification of items
- •Deductions and additions
Code for design of water tanks and liquid retaining structures
Key Points:
- •Crack width limitations
- •Durability requirements
- •Design of tank walls and floors
- •Joints and waterstops
Code of practice for earthquake resistant construction
Key Points:
- •Seismic design philosophy
- •Building configuration
- •Structural systems
- •Non-structural elements