Adel is a Project Manager at PSE who joined the industry in and has experience in diversified aspects of structural engineering analysis, design and management. In addition to a strong technical base and natural structural curiosity, he has a large amount of field experience, which gives him a unique understanding into the total project cycle and needs. He started attending Graduate program at the University of North Florida in January . He also attended graduate program at the University of Alabama at Birmingham in August . He received his PhD in Structural Engineering in Dec. .

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Joining PSE in , Mr. Elfayoumy has worked on a diverse range of projects including commercial, residential, bridges, cables structures, membrane structures and bamboo houses.   His many years of professional experience instilled in him the passion and ability to solve unique challenges and collaboration with coworkers and clients.

In addition to a strong technical base and natural structural curiosity, he has a large amount of field experience, which gives him a unique understanding into the total project cycle and needs. Adel is passionate about structural engineering and creating innovative solutions that work for all: structurally, architecturally, constructability, economically, and ultimately the owner and end-user.

His academic background and structural engineering experience prepared him to be an effective key person in PSE.

Projects:

• Steele Residence, Santa Rosa, CA, (July &#; September ).

A Single-Story residence of 11,246 sq.ft. It includes Insulated Concrete forms (ICF) wall building. Roof is a light deck concrete floor joist 24&#; O.C apart. Internal partition is light gage stud wall. Patio was covered by light metal deck supported on red iron HSS sections.

• Admani Residence, Cornelius, NC (August &#; October )

This project is 3-story building dwelling of 30,685 sq.ft.
The project is mainly made of LGS floor truss 16&#; O.C joists and LGS roof trusses 24&#; apart. Columns varies between LGS box columns and red iron (hot rolled) sections.

• Garrard Bradley, Meridale, NY (March &#; April )

This is a single-story dwelling of 1,620 sq.ft.

Single story building with wood stud wall exterior and interior walls and pre-engineered wood truss roof (by others).

4- Johnson Controls, City of Charleston, SC (April &#; June )

This is a pool enclosure of 17,239 sq.ft. Swimming pool (86&#;x187&#;) and Entrance (24&#;x55&#;). The project is mainly to cover a public swimming pool with an 86&#;@6&#; O.C aluminum frame truss and another set of 55&#;@6&#; O.C aluminum truss frames for the entrance.

5- 120-ft steel dome, Temporary Event, Las Vegas, NV ()
I developed a FEM using RISA3D to simulate steel dome struts, 2 vestibules single entrance tunnel.

Experience includes, but not limited to the following:

1. Swimming Pool
2. Schmits, 1,500 sq.yd Leslie swimming pool (infinity pool)&#; Kailua Kona, HI(),
3. Legacy Pool (regular pool), Grants Pass, OR, 1,200 sq.yd
4. Steel Structures
5. Eide Industries, Tension structures &#; Fabric structures, canopies, and cable structures, Nationwide, varied from 25 to 2,200 sq.yd. (-)
6. American Garden Perlite &#; 432 sq.ft roof opening support system &#; Klamath Falls, OR ()
7. More than 10 number of wood geodesic dome, more than 1,300 sq.ft Nathionwide. (-)
8. Aluminum
9. Hall Aluminum Products Inc. Purdue research park curtain wall 1,564 sq.ft , Lafayette, IN (-)
10. Unique Structures:
11. Bamboo Living &#; More than 20 bamboo residential buildings/homes, HI (-)
    b. Shipping container house and affordable house &#; Nationwide, (-).
12. Several Steel and wood domes nationwide.
13. Bamboo houses
14. Tree houses
15. Bridges
16. 60-ft long x 12-ft wide China Creek Steel Girder Bridge, Coquille, OR

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Advantages and the disadvantages of Light gauge steel construction

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Advantages and the disadvantages of Light gauge steel construction

Light gauge steel construction is a modern construction technique that uses lightweight steel framing for buildings. This method has gained popularity in recent years, thanks to its numerous advantages. However, like any construction technique, light gauge steel construction has its share of advantages and disadvantages. In this article, we will discuss the benefits and drawbacks of light gauge steel construction in detail, with a particular focus on its quality and cost advantages, especially when combined with lightweight concrete or aerated concrete.

Advantages of light gauge steel construction

Quality &#; Light gauge steel construction is known for its high-quality finish. The use of lightweight steel framing enables the production of highly accurate and precise building components. This ensures that the final product meets the exact specifications and delivers excellent structural integrity. Additionally, light gauge steel construction is highly durable and can withstand harsh environmental factors, making it an ideal option for a wide range of building applications.

Cost &#; The cost of light gauge steel construction is another significant advantage. The use of lightweight steel framing reduces the need for expensive structural support, such as concrete and steel beams. This, in turn, reduces the overall cost of construction, making it a cost-effective option for building projects. Furthermore, the lightweight nature of the materials used in light gauge steel construction makes it easy to transport and handle, further reducing construction costs.

Speed &#; Light gauge steel construction is also known for its speed of construction. The lightweight steel framing used in this method can be easily and quickly assembled, reducing the overall construction time. This is especially beneficial for commercial building projects, where time is of the essence.

Disadvantages of light gauge steel construction

Sound insulation &#; One of the most significant disadvantages of light gauge steel construction is its poor sound insulation. The thin walls of the lightweight steel framing do not provide adequate soundproofing, making it challenging to create an acoustically sound building. However, this can be addressed by adding additional insulation layers or soundproofing materials during the construction process.

Fire resistance &#; Lightweight steel framing used in light gauge steel construction is also not as fire-resistant as traditional building materials. This is because the steel framing can weaken and lose its structural integrity when exposed to high temperatures. However, this can be addressed by adding additional fireproofing materials during the construction process.

Cost

Itemized cost analysis of light gauge steel construction when filled with lightweight concrete or aerated concrete:

Light gauge steel framing: The cost of light gauge steel framing for a building project can range from $2 to $10 per square foot, depending on the size and complexity of the project.

Lightweight concrete or aerated concrete: The cost of lightweight concrete or aerated concrete used in light gauge steel construction can vary depending on the type and amount used. For example, the cost of lightweight concrete can range from $70 to $120 per cubic yard, while the cost of aerated concrete can range from $70 to $90 per cubic yard.

Labor: The cost of labor for light gauge steel construction can vary depending on the size and complexity of the project. However, the lightweight nature of the materials used in this method can significantly reduce the need for manual labor, resulting in lower labor costs overall.

Conclusion

In conclusion, light gauge steel construction is a promising option for the construction industry, thanks to its numerous quality and cost advantages. When combined with lightweight concrete or aerated concrete, light gauge steel construction can provide even more benefits, such as enhanced durability and sound insulation. However, this method does have its share of disadvantages, such as poor sound insulation and fire resistance. Despite these shortcomings, the cost-effectiveness, speed of construction, and durability of light gauge steel construction make it an attractive option for building projects of various sizes and complexities.

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