FBG Structural Engineering Consultancy

64th founding anniversary and oath taking of new members of ASEP.

The 30-meter truss-type steel tower stands as a testament to structural efficiency and design excellence. Engineered to deliver superior performance in telecommunications and utility infrastructure, this vertical steel structure is optimized for durability, stability, and ease of installation exclusive in certain location.

This tower employs a triangular truss configuration, utilizing braced tubular members to resist wind, seismic, and gravity loads. The truss geometry is carefully optimized using structural analysis software in accordance with NSCP 2015.

The Proposed 3-Storey mixed used building with roof deck is a concrete structure with dimensions of 11 X 10 meters. it was situated 5km from the fault line and has a 96kPa allowable soil bearing capacity based on submitted geotechnical soil report.

The superstructure was analyzed and designed in accordance with special moment resisting system requirements. It was then checked in serviceability, strength and stability using the prevailing code.

The substructure was critical in soil bearing check. In this case, mat foundation was implemented to satisfy and address necessary requirements.

The intent was to provide access for their repainting works and electrical related installations due to constraints imposed by building administration. The scaffolding stands at 18 meters high, with length to width dimension of 6 meters and 8 meters.

It was analyzed and check to satisfy the code requirements stated in National Structural Code of the Philippines 2015.

The task was to provide detailed checking of serviceability, strength and stability of the structure using the prevailing code. Separate structural 3D models and analysis was made to provide insights, ideas, findings and recommendations to sight the key areas of improvement.

Progressive exchange and acceptance of recommendations made it possible in delivering the desired outcome.

The Proposed structure serves as frame support for the LED panels that be installed at storefront area. The steel truss spans at 18 meters supported at both ends and anchored at nearby structural concrete members to address stability, cost, serviceability and strength issues.

This facade will add depth and beauty as it lights up during operating hours as visioned by our client.

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Midas civil - linear dynamic analysis and design of substructure