Beam Design for Torsion | Worked Example
The method of beam design for torsion with worked example is debussed in this article. There are basic steps to […]
Beam Design for Torsion | Worked Example Read Post »
The method of beam design for torsion with worked example is debussed in this article. There are basic steps to […]
Beam Design for Torsion | Worked Example Read Post »
Becoming section under reinforced section than over reinforced section is good in structural design. Under reinforced sections shows early warnings
Under Reinforced Section Design Read Post »
The over-reinforced section is considered critical when compared with the under-reinforced condition. If over-reinforced, the section can fail suddenly without
How to Check Section is Over Reinforced Read Post »
The concrete beam is one of the basic elements in a structure. Concrete columns and concrete slabs are the other
Concrete Beam [design and detailing] Read Post »
Punching shear is a failure mechanism when structural elements subjected to concentrated load. Failure occurs in perimeter defined away from
Punching Shear Design a Detailed Discussion Read Post »
Cover to reinforcement is a key factor taken into account in the design and construction. It is directly related to
Cover to Reinforcement as per BS 8110 Read Post »
Singly Reinforced Section design Beam design can be done for different codes depending on specific requirements. Before designing a beam,
Beam Design to BS 8110 Read Post »
Slab design is comparatively easy when compared with the design of other elements. The first stage of the design is
Slab Design to BS 8110 Read Post »
Design for shear is one vital thing to look at when designing structural elements. Cracks will appear and give sufficient
Shear Design of Beam Read Post »
Punching shear around the columns, piles, etc. It usually checked in footings, raft foundations, pile caps, flat slabs, etc. The
Punching Shear Perimeter Read Post »
Design strength for BS 8110 The design strength of material for different cases is tabulated in the BS 8110 Part
Design Strength BS 8110 Read Post »
According to BS 8110, the concrete strain is limited to 0.0035 and the yielding of steel is considered as 0.002
Doubly Reinforced Beam Design to BS 8110 Read Post »