Greenkingdom Botanical Gardens Interview Questions and Answers

The amount of shuttering required for 200 m3 of concrete depends on the type of structure and complexity of formwork.

• The amount of shuttering needed will vary based on the size and shape of the concrete structure.

• Typically, for simple structures like slabs or columns, around 2-3% of the concrete volume may be used for shuttering.

• For more complex structures like beams or walls, the percentage of concrete volume used for shuttering may be higher.

• It is important to calculate the...read more

The amount of shuttering required for 200 m3 of concrete depends on the type of structure and formwork design.

• The amount of shuttering required will vary based on the complexity of the structure and the formwork design.

• Typically, for simple structures like slabs, around 2-3% of the concrete volume may be used for shuttering.

• For more complex structures like columns or beams, the percentage of concrete volume used for shuttering may be higher.

• It is important to consult with a s...read more

The four types of drawings commonly referred to in engineering are architectural drawings, structural drawings, mechanical drawings, and electrical drawings.

• Architectural drawings: show the layout and design of a building or structure

• Structural drawings: detail the framework and support systems of a building

• Mechanical drawings: focus on machinery and mechanical components

• Electrical drawings: depict the electrical systems and wiring in a building

The capacity of soil refers to its ability to support loads without undergoing excessive settlement or deformation.

• Capacity of soil is determined by factors such as soil type, density, moisture content, and compaction.

• It is typically measured in terms of bearing capacity, which is the maximum load that the soil can support without failure.

• Different types of soil have different capacities, with dense, compacted soils generally having higher capacities than loose, sandy soils.

• F...read more

500D steel refers to a specific grade of steel used in construction for reinforcement purposes.

• 500D steel is a type of high-strength steel commonly used in construction for reinforcing concrete structures

• It has a minimum yield strength of 500 megapascals (MPa)

• The 'D' in 500D stands for ductility, indicating that the steel has good ductility properties

• 500D steel is often used in high-rise buildings, bridges, and other structures where high strength and durability are required