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PLPAK in practice

The PLPAK has been used in numerous applications in the analysis and design of building slabs and foundations. The PLPAK proved to be an effecient solution that can be used by structural engineers to produce accurate and comprehensive design documents in competetive time. 

The BE4E has an expert consultancy team lead by Prof. Mehanny; this team has a very wide experience in the structural engineering applications. The BE4E Services team may be contacted at services@be4e.com.

This page demonstrates some projects that have been designed using the PLPAK.

Project 1 (Hospital building)

Project 2 (Court)

Project 3 (Silo foundation)

Project 4 (High-rise building)

Project 5 (Tank foundation)

Project 6 (High-rise building)

Project 7 (High-rise building)

Project 8 (High-rise building)


 Project 1 (Hospital building)

Area:2270 m2

Hospital floor plan in the PLGen

 

 

 Hospital floor plan in 3D View

 

 

Boundary element model of floor.

 

 

 

Slab bending moment results

 


Project 2 (Court)

 Area:1200 m2

 

Raft plan in PLGen

 

 

Raft in 3D View

 

 

Boundary element model of raft.

 

 

 

Raft bending moment results

 

 


Project 3 (Silo foundation)

  Area:1500 m2

 

Silo foundation in PLGen

 

 

Silo foundation in 3D view

 

 

Silo foundation bending moment results

 

 

Silo foundation bending deflection results

 

 


Project 4 (High-rise building)

  Area:2400 m2

Floor plan in PLGen

 

Floor plan in 3D View

 

 

Boundary element model of the slab.

 

Floor bending moment results

 


Project 5 (Tank foundation)

 Area:1200 m2 

 

Tank foundation in PLGen

 

Tank foundation in 3D View

 

 

Boundary element model of tank foundation

 

Tank foundation bending moment results


 

Project 6 (High-rise building)

 Area:1600 m2

 

 

Floor model in PLGen

 

 

Boundary element model of floor.

 

 

3D view of the floor.

 

 

 

Bending moment contour.

 

 

 

Deflection contour.

 

 

Bending moment along vertical strips.

 

 

 


Project 7 (High-rise building)

 

Area: 8000 m2

 

 

Floor model in PLGen.

 

 

3D view of the floor.

 

 

Boundary element model of the floor.

 

 

 

 

Bending moment contour results.

 

 


Project 8 (High-rise building)

 Area:3300 m2