Structural Analysis

We perform comprehensive analyses of steel, concrete, wood, and composite structures, applying criteria related to strength, stability, and serviceability. We evaluate second-order effects, buckling, vibrations, stress redistribution, and material compatibility. We optimize structural solutions based on geometry, functionality, constructability, and costs, adapting our approach to both new construction and renovation projects.

Foundations

We design shallow, deep, and special foundations based on the geotechnical and structural characteristics of the site. We consider soil-structure interaction, load distribution, allowable settlements, and behavior under thrusts or hydraulic conditions. We design footings, pile caps, slabs, piles, retaining walls, and combined solutions tailored to each specific need.

Steel Structures

We develop light and heavy steel structures for building, industrial, and temporary applications. We calculate frames, porticos, trusses, latticework, and towers, taking into account overall behavior, local buckling, connections, and stability under dynamic or impact loads. We incorporate criteria for assembly, welding, bolting, fire protection, and durability based on the environment.

Reinforced Concrete Structures

We design reinforced concrete elements for building construction, retaining structures, and civil engineering projects. We address beams, floor slabs, columns, walls, cantilevers, and special structures, taking into account combined loads, punching shear, bending, shear, torsion, and cracking. We analyze long-term behavior and optimize reinforcement to ensure safety, durability, and ease of construction.

Auxiliary Structures

We calculate temporary structures required for construction: shoring, bracing, platforms, hoisting systems, structural scaffolding, and support elements. These solutions are designed with a focus on reusability, safety during assembly and disassembly, and sufficient strength to withstand loads from work, equipment, or intermediate phases.

Industrial Buildings

We design structures for industrial, logistics, or agricultural buildings, tailored to usage requirements, roof type, spans, dynamic loads, climate control, and expansion needs. We optimize structural solutions to ensure a balance between cost, functionality, and ease of assembly, while complying with current regulations and client requirements.

Structural Connections

We calculate and design steel connections (welded, bolted, or hybrid), as well as anchors to foundations or concrete elements. We analyze the actual transfer of forces, stiffness, ductility, and geometric compatibility of each connection, taking into account installation conditions, resistance to combined loads, and compliance with codes and standards.

A Solid Structural Vision

Our approach combines analytical precision with practical construction knowledge. Beyond mere calculations, we understand how structures behave, how they are constructed, and how they integrate into the overall project. At INCIMAT, structural engineering is a tool for building better—with safety, efficiency, and reliability.