Engineers at Advenser are highly experienced in the use of Finite Element Analysis (FEA) to model a wide range of physical phenomena. As skilled development engineers, our contribution to a project rarely stops at the analysis output. We routinely work alongside our clients to find design solutions that are realistic and offer genuine commercial benefits.

Typical applications of the FEA method include Structural (stress, strain, deformation, fatigue), Thermal (conduction, convection and radiation), Dynamic (modal, harmonic, transient dynamic, rotor dynamic).
In recent years, FEA has become a powerful and versatile engineering tool enabling complex systems, for instance multi-part 3D assemblies, to be analyzed cost-effectively. Non-linear and non-isotropic materials and surface-to-surface contacts are also routinely modeled.
In combination with our Engineering Design and CFD tools, we have effectively integrated FEA into the design process, enabling rapid optimization before expensive hardware is made.
ARCHITECTURAL ENGINEERING
- 2D drafting and detailing
- Cad conversion
- 3D modeling
- Precast detailing
- BIM
- Design presentations
- Animation(walkthrough/flybys)
CIVIL / STRUCTURAL ENGINEERING
- 2D drafting and detailing
- Cad conversion
- 3D modeling
- Steel detailing
- Precast detailing
- BIM
- Rebar detailing
- Shop fabrication drawings
- Construction documentation
- Quantity survey and estimation
- Design presentation
MECHANICAL ENGINEERING
- 2D drafting and detailing
- Cad conversion
- 3D modeling
- BIM
- Reverse engineering
- FEA design services
- Shop fabrication drawings
- Patent drawings
- Product designing and development
- Construction documentation
- Quantity survay and estimation




