INCIMAT carried out a wind load assessment of a cooling tower using advanced Computational Fluid Dynamics (CFD) techniques, with the objective of characterizing the interaction between wind flow and the structure under different environmental conditions. The scope of work included…
INCIMAT developed the structural design of a long-span industrial building intended for automated storage, engineered to accommodate high-capacity logistics systems and optimize the handling, storage, and distribution of goods. The project included the design of the main structural system, taking…
INCIMAT carried out the structural verification of a support structure designed for industrial dynamic equipment, assessing its behavior under the actions generated during normal operation and transient operating conditions. The scope of work included the analysis of static and dynamic…
INCIMAT carried out the structural design of a pipe rack for a petrochemical complex, developing a load-bearing solution capable of supporting piping systems, cable trays, auxiliary equipment, and the operational loads associated with a demanding industrial facility. The scope of…
INCIMAT developed the structural strengthening project for an existing building as part of a change-of-use process, assessing the load-bearing capacity of the original structure and defining the necessary interventions to adapt it to the new functional and regulatory requirements. The…
INCIMAT conducted a structural verification of complex steel connections in an industrial process tower, analyzing the load-bearing behavior of the main joints subjected to high stresses resulting from the facility’s operation. The work included the evaluation of connections between columns,…
INCIMAT conducted a structural analysis of reinforced concrete continuous beams integrated into an administrative building, evaluating their strength and deformation behavior within the building’s overall structural system. The work included defining the permanent and variable loads, evaluating the stresses in…
INCIMAT performed the calculation and sizing of deep-flange beams designed to transfer loads in a unique building, where the architectural and functional configuration required addressing significant changes in the arrangement of supports and structural members. The work included analyzing the…
INCIMAT developed the design and verification of short reinforced concrete cantilevers intended to support precast beams in an industrial building, ensuring the proper transfer of loads between the precast elements and the main structure. The work included the analysis of…
INCIMAT carried out the structural analysis and design of reinforced concrete shear walls for a high-rise building, evaluating their performance as the primary load-resisting elements against both vertical and lateral actions. The scope of work included the definition of the…
