Foundation, Concrete and Earthquake Engineering

Introduction of prestressed concrete piles has reduced the weight of precast piles providing a advantage of easy handling . The weight...

Paints forms a thin film on drying on the painted surface which is applied in the from of liquid on timber, metal, brick or other material...

Whatever be the magnitude of R.C.C work, it is necessary to prepare a bar bending schedule based on the structural drawing prior to start ...

From the beginning of the designprocess, the earthquake resistance of a building have to considered. It is much more difficult and rarely...

In most cases, in moderate to severe earthquakes some damage will occur in well-designed ductile frames; considerable damage will occur i...

Center of gravity or center of mass of any object is that point where it can be balanced exactly without subjecting to any rotation. If th...

Excessive structural Flexibility Excessive flexibility of the building to seismic loads can be defined as the susceptibility to large la...

The length of a building determines its structural response in ways that are not easily determined by the usual methods of analysis. Sinc...

By their nature, structural facilities tend to be large and complex, which often causes their configuration to be quite complex as well. O...

Foundations Foundation failures frequently lead to collapse or at least total economic loss of the building. Foundations should be c...

Performance of Brittle Materials Brittle building materials such as un -reinforced brickwork, un -reinforced concrete blockwo...

For many years, torsion was not considered explicitly in design, its influence being absorbed in the overall factor of safety of rather co...

Radionuclides Elements that undergo radioactive decay as a result of an unstable nuclear structure are referred to as radionuclides. Is...