Introduction of Beam

Standard Size of Beams

Classification of Beams

1. Classification of beams on the basis of end support conditions.
   1. Simply Supported Beam.
   2. Continuous Beam.
   3. Cantilever Beam.
   4. Fixed Beam.
   5. Overhanging Beams.
   6. Double Overhanging Beam.
   7. Hinged Beam.
2. Classification of the beam on the basis of the equilibrium condition.
   1. Statically Determinate Beams.
   2. Statically Indeterminate Beams.
3. Classification of the beam on the basis of the shape of the cross-section.
   1. I Beam.
   2. T Beam.
   3. C Beam.
4. Classification of the beam on the basis of material used.
   1. Timber Beam.
   2. Steel Beam.
   3. Concrete Beam.
   4. Composite Beam.
5. Classification of the beam on the basis of casting conditions.
   1. Precast Concrete Beams.
   2. Prestressed Concrete Beams.
   3. In situ Casting.
6. Classification of the beams on the basis of geometry.
   1. Straight Beam.
   2. Curved Beam.
   3. Tapered Beam.

1. Classification of Beams on the Basis of End Support Conditions

1.1. Simply Supported Beam.

1.2. Continuous Beam.

1.3 Cantilever Beam.

1.4. Fixed Beam.

1.5. Overhanging Beams.

1.6. Overhanging Beam on Right Side.

1.7. Overhanging Beam on Left Side.

1.8. Double Overhanging Beam.

2. Classification of the Beam Based on Equilibrium Conditions

2.1. Statically Determinate Beam

2.2. Statically Indeterminate Beam

3. Classification of Beam on the Basis of Shape of the Cross Section

3.1. I Beam.

3.2. T Beam.

3.3. C Beam.

4. Classification of the Beam on the Basis of Material Used

4.1. Timber Beam.

4.2. Steel Beam.

4.3. Concrete Beam.

4.4. Composite Beams.

5. Classification of the Beam on the Basis of Casting Conditions

5.1. Precast Concrete Beams.

5.2. Prestressed Concrete Beams.

5.3. In Situ Casted Beams.

6. Classification of the Beams on the Basis of Geometry

6.1. Straight Beam.

6.2. Curved Beam.

6.3. Tapered Beam.

Types of Beams

1. Simply Supported Beam.
2. Continuous Beam.
3. Cantilever Beam.
4. Fixed Beam.
5. Overhanging Beams.
6. Double Overhanging Beam.
7. Hinged Beam.
8. Statically Determinate Beams.
9. Statically Indeterminate Beams.
10. I Beam.
11. T Beam.
12. C Beam.
13. Timber Beam.
14. Steel Beam.
15. Concrete Beam.
16. Composite Beam.
17. Precast Concrete Beams.
18. Prestressed Concrete beams.
19. In situ Casting.
20. Straight Beam.
21. Curved Beam.
22. Tapered Beam.

Construction Beams

Structural Beams

Types of Support Beams

• Cantilever: This beam has an anchor only at one end with the other end unattached and hanging free.
• Fixed: This beam is anchored on both ends and will not rotate or move at the fulcrum.
• Fixed-Pin: This beam is anchored on both ends, but on end has a pinned anchor.

Uses of Beams

Different Types of Beams in Construction

• Universal beam.
• Hip beam.
• Trussed beam.
• Lattice beam.
• Composite beam.
• Chilled beam.
• Reinforced concrete beam.
• Steel beam.

Types of Steel Beams and Their Uses

• I-Beams (or H-Beams):I-beams are often used in building frames, bridges, and platforms.
• Channel Beams:Channel beams are often utilized in the construction of frames, supports, and purlins.
• Box Beams:They are commonly used in heavy-duty applications, such as bridges, cranes, and machine frames.
• Composite Beams:Composite beams are commonly used in building construction, especially for large spans and heavy loads.

Wooden Beams for Interior Design: Types and Styles

Types of Beams for Residential Buildings

• Wood Beams
• Steel Beams
• Concrete Beams
• Composite Beams
• Laminated Beams
• Box Beams

Concrete Beams: Advantages and Different Types

• Strength
• Durability
• Versatility
• Cost-Effectiveness
• Fire Resistance
• Sound Insulation
• Sustainability

• Rectangular Beams
• T-Beams
• L-Beams
• Inverted T-Beams
• Box Beams
• I-Beams

Different Types of Beams

• Rectangular Beams
• I-Beams
• T-Beams
• L-Beams
• C-Beams
• Box Beams
• Composite Beams
• Cantilever Beams
• Continuous Beams
• Curved Beams

Beam Size

Types of Support in Beam

Beam Standard Size

Types of Beams in Strength of Materials

• Continuous beams. A continuous beam is one that has two or more supports that reinforce the beam.
• Simply supported beams.
• Fixed beams.
• Overhanging beams.
• Cantilever beam.

How Many Types of Beam?

How to Calculate Area of Beam?

1. Take the cross-section of beam and measure the lengths of the two sides and base of beam. Report this ad.
2. Sum the three measurements.
3. Measure the span of the beam.
4. Multiply the span length by sum of the three measurements (beam base two vertical sides) gives the shuttering area of beam.

How to Read I Beam Sizes?

• Double Reinforced Beam
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