From design to maintenance: walls

Walls are vertical partitions of the building that transfer the loads to the foundation, protect the interior of the building from external influences, as well as divide it into separate rooms. They meet a number of requirements, which forms the basis for their classification in terms of the structural function and location. Apart from vertical loads, walls also carry other types of loads, such as the earth pressure on ground floor walls, wind pressure or suction, loads of the roof structure, etc.

Industrial flooring

An industrial floor is widely used in factories, warehouses, laboratories, freezers, firehouses as well as many other industrial and commercial buildings. It performs well even in the most demanding conditions, for example, in the chemical, food, paper, pharmaceutical, engineering, automotive, marine and aerospace industries. However, it should be designed such that it meets the highest standards for compressive strength and aesthetics, as well as provides a safe work environment.

Hydropower – a clean and renewable source of electricity

Hydropower has been exploited by people for ages. Already the ancient Greeks used it to turn water wheels in order to grind grains into flour. This technology has also been used for field irrigation, in sawmills, smithy workshops and tanneries. As a source for generating electricity, hydropower was first used in the late 19th century. Currently, hydroelectric power plants provide almost 20% of the world’s electricity, with China, Canada, Brazil, the United States and Russia being the largest producers of this kind of energy in the world. Interestingly, such countries as Norway or Paraguay rely almost entirely on hydroelectric power. In Poland, although harnessed on a small scale, hydropower is very popular source of renewable energy.

Prestressed concrete – why is it back in fashion?

Concrete is a construction material that can be found on each and every construction site. Depending on the type and proportions of ingredients in the mixture, there are many different kinds of concrete. In addition, new technologies, modern admixturesand mineral additives bring about a continuous improvement of its properties. A good example is prestressed concrete, the use of which helps to overcome concrete’s major weakness, which is insufficient tensile strength. This technology was developed in 1928 by Eugène Freyssinet. Today, prestressed concrete is widely used in the construction industry.

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