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H2K Services LLC
4.6(
30
)

Serving Frankfort, KS and surrounding areas

In business since 2004

Small jobs welcome

Offers commercial services

"Michael is an outstanding structural engineer and fantastic businessman. From the time of our first call through well after the project, he was professional and helpful. He clearly explained his process and made sure I was able to understand his conclusions. He went well above and beyond to make sure that we got what we needed to move forward with our next phases of work. In addition to providing the engineering diagrams we needed, he explained the math behind them in clear and easily understood terms. A man of integrity, he did everything he promised he would do and more. Hopefully, I won't have need of a structural engineer again in the near future but if I do, I wouldn't hesitate to call Michael first."
Response time11 hrs
Response rate98%
Recommended by89%of homeowners
Structural Engineering questions, answered by experts

By careful planning and reinforcement to maintain structural integrity.

Cathedral ceilings make a statement in your home, but at the cost of your attic space. Normal attics are wide open, which allows warm air to move around and exit your home. Because of this, cathedral ceilings make your home less energy efficient and put your ceiling at risk of venting issues if you’re not careful. They also reduce your attic storage space, potentially cause an echo, and even make it harder to change a light bulb.

According to the Earthquake Country Alliance—a public and private alliance in California that works to improve earthquake and tsunami readiness—reports that unreinforced masonry, such as stone, bricks, and hollow clay tiles, is more susceptible to earthquake damage. The mortar between bricks isn’t as stable as other building materials and methods.

Failure to compact the soil during construction is the most common cause of leaning retaining walls. In addition, poor drainage can lead to excessive water pressure behind a retaining wall, pushing against it until it begins to move forward away from the soil it is holding back.

On average, 6 inches of concrete can hold around 150 pounds per square foot, but the exact weight that 6 inches of concrete can hold depends on factors such as the type of concrete, the reinforcement method, soil conditions below, and structural design. If you’re concerned about the longevity of your concrete patio, walkway, or driveway, hire a professional to help you choose an appropriate concrete thickness and reinforcement method for your needs.

The Frankfort, KS homeowners’ guide to structural engineering services

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