Overview

Engineering structural design is a specialized field that includes tools and methods that help in determining the specifications and safety of a building structure design. This ensures that the planned structure can withhold intended load. Our engineer analyses how the external and internal forces affect the structure. They provide structural design services using best quality materials and reinforcements to fulfill all the requirements from clients to government regulations.

A strong connection exists between structural design engineers and architects. So, they do their work in tandem. Our structural engineers ensure that engineering structural design are safe, durable and strong, whereas architects design buildings that are visually appealing and functional. They work together to design durable, strong aesthetically appealing and functional building structural designs according to clients’ requirements.

Key Components of Engineering Structural Design

Materials

The construction materials are chosen according to the specific requirements. The materials, such as wood, steel, composite or concrete affect the structural durability, strength and project cost.

Load Analysis

Load analysis is very important component of structural analysis. It includes assessment of the loads which ensures that the designed structure is strong enough to withstand different types of loads. Determining all the forces and loads, live loads (equipment and occupants, dead loads buildings’ weight, seismic loads and wind loads is essential. )

Structural Elements

Structural elements, such as slabs, walls, columns, beams and foundations also play an important role in ensuring a safe building design. So, all elements are designed in such a way that they distribute loads.

Structural Analysis

Mathematical software and models make an analysis of the structural system and its behavior under various conditions and loads. This helps in determining whether the structure meets performance and safety standards. Apart from this, all safety factors that are accountable for unexpected conditions and uncertainties are incorporated into the designing part.

Sustainability

Energy efficiency, sustainability, overall environmental impact is considered while making durable structural designs. Using design practices and sustainable materials can minimize the environmental footprint of the design.

Key Purposes of Structural Design

Design

Structural designs help in determining key factors, such as walls, foundations, steeps beams, floors, material quality, etc. These factors ensure that the built structure is safe. Engineering structural designs work on aesthetic principles to design structures that can withstand loads.

Materials

The materials used in the construction of a structure guarantee its safety and usability. Structural designs help in choosing the best materials and resources to ensure structure’s stability right through its service life.

Safety and Compliance

Structural designs ensure that the structure complies with safety requirements. A thorough analysis helps in making informed decisions about the load that a structure can withstand; the wind speed it can withstand; and its capability in other environment conditions.