Ekta Auto Metals Interview Questions and Answers

Reinforced concrete structures are best for multistory buildings.

• Reinforced concrete structures provide excellent strength and durability for multistory buildings.

• They offer flexibility in design and can accommodate various architectural styles.

• Reinforced concrete structures are cost-effective and have a relatively low maintenance requirement.

• Examples of multistory buildings with reinforced concrete structures include skyscrapers, apartment complexes, and office buildings.

A polygon in AutoCAD can have a maximum of 1024 sides.

• AutoCAD allows for polygons with up to 1024 sides.

• The maximum number of sides in a polygon can be specified when creating or editing the shape.

• Having too many sides in a polygon can impact performance and file size.

The type of steel used in a double stare building is typically high-strength structural steel.

• High-strength structural steel is commonly used for its durability and load-bearing capabilities.

• Examples of high-strength structural steel include ASTM A992 and ASTM A572.

• The specific type of steel used may vary depending on the design requirements and structural calculations.

Autocad will continue to be a valuable tool in the future for designing and drafting in various industries.

• Autocad will be used for creating detailed 2D and 3D designs in architecture, engineering, and construction.

• It will also be used for creating technical drawings in manufacturing and product design.

• Autocad's compatibility with other software and its ability to automate repetitive tasks will make it indispensable in the future.

The weight of unit steel varies depending on the type and dimensions of the steel.

• The weight of unit steel is typically measured in pounds or kilograms per unit volume.

• Different types of steel (e.g. mild steel, stainless steel) have different weights.

• The weight of unit steel can also vary based on the dimensions of the steel (e.g. thickness, length, width).

IS 1893 is the Indian standard code used for seismic design.

• IS 1893 is the code used for seismic design in India.

• It provides guidelines for the seismic design of structures.

• The code covers various aspects such as site characterization, design parameters, and load combinations.

• It includes provisions for both earthquake-resistant design and retrofitting of existing structures.

• IS 1893 is regularly updated to incorporate new research and advancements in seismic design.