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Avatar for Betts Structural Engineering LLC
Betts Structural Engineering LLC
4.5(
26
)

Serving Sugarcreek, OH and surrounding areas

Approved

In business since 2013

Free estimates

Emergency services offered

"Had Betts Structural Engineering come and look at the foundation of a house we were in contract on. Josh came out and was professional and informative. He informed us the foundation was failing and explained what needed to be done. He throughly explained everything and told us how we could do it ourselves for much cheaper than a contractor could do it. In the end he saved us from a long and expensive process if we proceeded with the house."
Response time12 hrs
5 neighbors recently requested a quote
Recommended by100%of homeowners
Avatar for Cramer Engineering, LLC
Cramer Engineering, LLC
3.8(
149
)

Serving Sugarcreek, OH and surrounding areas

In business since 2002

Credit card accepted

"Cramer Engineering provided me with the information that I needed to evaluate and repair the foundation of my home. Zach Bingham answered all of my followup questions in a timely manner and provided me with a comprehensive written report. The cost of the inspection was well spent and saved me a considerable amount of money in that I did not spend money on unneeded repairs."
 Wallhouse Hotel in Walnut Creek, OH
Yellow Creek Truss Bridge
 Browns Stadium
Design Build Bridge by Cramer Engineering
 Ohio State Stadium

+29

Recommended by85%of homeowners
Synergy Engineering Services, LLC
New to Angi

Serving Sugarcreek, OH and surrounding areas

In business since 2011

Free estimates

Synergy Engineering Services, LLC is a full service structural engineering firm based in Medina, OH. We are a family owned business and have serviced the Ohio area since 2011. Past projects have stretched as far as Columbus, Cleveland, Akron and beyond. We always like to hear about new ideas and concepts people have in mind as well as addressing current structural issues you may have. Give us a call today and we'd be happy to go over what you have in mind, thank you.

Response time2 days
Response rate100%
Structural Engineering questions, answered by experts

A freestanding brick wall that's only one brick thick can usually stand six to eight feet high. If you need a higher wall, it should be at least two bricks thick for adequate stability, and it might require a footing to support the added weight. Additionally, some areas have regulations and codes dictating how high a brick wall can be, so check with local code enforcers to ensure your proposed wall complies with any regulations.

Yes, all states require structural engineers to carry the proper license, with specifics determined by each state. You can use Angi’s state licensing tool to confirm that the structural engineer you’re considering holds the required licensing to tackle your job. Hiring an unlicensed structural engineer will not only cause issues with permits but it could also lead to an unsafe building. The cost of a professional, licensed, and experienced engineer is well worth the investment.

The easiest way to tell if a wall is load bearing is to check if it’s an exterior wall or if it runs perpendicular to the joists above and below it (or parallel to beams). Exterior walls are almost always load-bearing, and walls that run under beams or parallel to them are also usually load-bearing. There are exceptions to these rules, and walls that don’t fit into these categories can still be load-bearing. If you’re unsure, hire a structural engineer to look at your home to assess whether or not the wall is structural.

In framing, studs are placed at 16-inch intervals to coincide with the typical spacing of wall materials such as drywall or plywood. This spacing is called "on-center" and is necessary for maintaining structural stability and efficient use of materials. The 16-inch spacing also helps to distribute the weight evenly across the building's structure. For those looking to cut material costs and improve energy efficiency, 24-inch stud spacing can be employed through a method called "advanced framing". This requires careful planning and adherence to local building codes to ensure structural integrity.

The standard thickness for an LVL beam is between 1.75 inches and 7 inches. However, you can order LVL beams in non-standard sizes as well. When you work with a contractor, they can source beams that are the appropriate size for your project for you after assessing your blueprints.

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