Equipment Support Structures

Equipment Support Structures: Design, Detailing & Engineering for Industrial Platforms & Frames

In industrial facilities, power plants, refineries, and process plants, equipment support structures are among the most critical and technically demanding steel structures to design and detail. These structures carry heavy rotating machinery, static vessels, elevated tanks, pipe racks, electrical panels, and process equipment, often subjected simultaneously to dynamic loads, vibration, thermal expansion, and seismic forces.

What are Equipment Support Structures?

Equipment support structures are custom-designed steel frames, platforms, pedestals, and skids built to safely support, elevate, and anchor industrial equipment, ensuring that loads from the equipment are reliably transferred to the foundation under all operating and extreme-load conditions.

Composite Structures in Structural Engineering

Composite Structures in Structural Engineering: Steel-Concrete Construction for Stronger, Efficient Buildings

In modern structural engineering, composite structures represent the best of both worlds, combining the high tensile strength of structural steel with the compressive strength and mass of concrete to create building systems that are stronger, lighter, faster to build, and more economical than either material used alone. From multi-storey commercial buildings and bridges to industrial platforms and car parks, composite construction is now a preferred choice for engineers across India and around the world.

What is a Composite Structure?

A composite structure is one in which steel and concrete elements are connected and made to act together as a single structural unit, so that both materials contribute to carrying loads. The connection between steel and concrete is achieved through shear connectors welded to the steel section, which transfer forces between the two materials and ensure composite action.

PEB Structures: What is Pre-Engineered Building & Why It is the Smart Choice for Industrial Construction

Across India's rapidly growing industrial, warehousing, and infrastructure sectors, Pre-Engineered Buildings (PEB) have become the dominant choice for fast, cost-effective, and durable steel construction. From large manufacturing plants and logistics warehouses to aircraft hangars and sports facilities, PEB structures deliver speed, economy, and structural reliability that conventional construction simply cannot match.

What is a PEB Structure?

A Pre-Engineered Building (PEB) is a steel structure that is completely designed, fabricated, and supplied by a manufacturer with all structural components engineered to fit together precisely on site. Unlike conventional steel construction, every PEB component is custom-designed for the specific project, optimised for minimum steel weight, and manufactured under controlled factory conditions.

3D Modelling in Structural Engineering

3D Modelling in Structural Engineering: Accurate, Clash-Free Models for Steel & RCC Structures

In modern structural engineering and steel detailing, 3D modelling has completely transformed the way structures are designed, detailed, and built. Gone are the days when engineers relied solely on 2D drawings to communicate complex structural information. Today, a precise 3D structural model is the foundation of every accurate fabrication drawing, clash-free design, and successful project delivery.

What is 3D Modelling in Structural Engineering?

3D Structural Modelling is the process of creating a three-dimensional digital representation of a structure, including all beams, columns, connections, plates, bolts, and reinforcement using specialist software such as Tekla Structures and STAAD.Pro, ETABS, or Revit Structure.