Seismic performance
Frequently asked questions - seismic performance
Are prefabricated wooden homes earthquake-resistant?
Yes — and it could not be otherwise.
EasyGreen’s prefabricated wooden homes, timber-frame homes, are designed and constructed by a team of engineers, in accordance with the applicable seismic regulations, exactly like any other permanent home.
The structural study is an integral and mandatory part of the building permit and takes into account the seismicity of the area, the ground conditions, and the geometric characteristics of the building.
Why are timber-frame homes considered particularly resistant to earthquakes?
An earthquake subjects a building to forces that depend directly on its mass.
Prefabricated wooden homes have a significantly lower weight compared to conventional constructions, resulting in reduced seismic stresses.
At the same time, the timber load-bearing structure offers increased elasticity, allowing the building to absorb seismic energy without sudden or brittle failures.
How does a timber-frame home behave during a strong earthquake?
During an earthquake, the goal is not for the building to “not move”, but for it to remain structurally safe.
Timber-frame homes are designed to:
- absorb part of the seismic energy,
- limit damage to the load-bearing structure,
- maintain their cohesion without sudden collapses.
This behavior is considered extremely favorable for seismic areas.
Are there regulations covering the seismic adequacy of timber-frame homes?
Yes.
Prefabricated wooden homes are covered by:
- the Greek Seismic Code,
- the applicable Eurocodes,
- and the approved structural studies required for the issuance of a building permit.
There is no differentiation or more lenient treatment due to the construction method.
What does this mean in practice for the owner?
This means that the home:
- has been specifically studied according to the seismicity of its area,
- has a load-bearing structure with controlled and calculated behavior,
- is based on regulations and calculations, not empirical practices.
The owner knows that their home is treated technically as a permanent and fully standard construction.
Are timber-frame homes ultimately the best solution for a country like Greece?
Yes.
Timber-frame homes are considered one of the most suitable solutions for seismic areas such as Greece, both in theory and in practice.
A characteristic example is the town of Lefkada, where, as early as the beginning of the 19th century, around after 1820, a construction system with a timber load-bearing structure and lightweight masonry was implemented. These buildings have withstood all the strong earthquakes that followed, without serious structural damage.
Similarly, in Kefalonia, many wooden houses built after the major earthquake of 1953, including prefabricated buildings sent from countries such as Finland, have demonstrated excellent durability and remain standing to this day, even after recent strong earthquakes.
Experience, history, and modern engineering all lead to the same conclusion:
👉 for seismic areas, timber-frame homes are one of the safest and most reliable choices.
Conclusion – seismic performance
Prefabricated wooden homes, timber-frame homes, are one of the most suitable solutions for seismic areas such as Greece.
The lower weight of the construction, combined with the elastic behavior of the timber load-bearing structure, leads to a particularly favorable seismic response.
When the home has been properly studied and designed in accordance with the applicable seismic regulations, it is not merely adequate, but extremely safe. Experience, historical practice, and modern engineering all lead to the same conclusion: timber-frame homes are a reliable and proven durable choice for Greece.