Internal wall insulation involves the application of an insulating layer on the internal parts of a building. Types and benefits. In recent years, the focus on the energy efficiency of buildings has significantly increased, prompting construction professionals such as contractors, architects, and engineers to seek innovative solutions to improve building insulation. When it comes to thermal insulation, especially thermal insulation coating, the immediate association is usually with external insulation, which is undoubtedly effective, especially when applied continuously to cover all heat dis ..read more

Shock response spectra are used in seismic engineering to assess a structure’s response to an earthquake. How to obtain them The ability to understand and predict a structure’s behavior during an earthquake plays a crucial role in safeguarding human lives and reducing damage to existing buildings. The key tool enabling structural engineers to evaluate structural response to seismic actions is called the shock response spectrum. In this article, we aim to provide a comprehensive overview of shock response spectra. We will illustrate the criteria through which these diagrams are generated and e ..read more

Beams, plynths, foundation slabs: Find out more about types of shallow foundations and which to adopt according to soil conditions Shallow foundations are structural elements designed to transfer the load of buildings directly to the underlying soil without significant lateral friction. In this article, we will delve into the concept of shallow foundations and the various types used in civil engineering. You’ll also learn how to leverage a structural analysis software to accurately design foundations in detail. Different types of foundations What are shallow foundations Shallow foundations ..read more

Radiant heating panels offer many advantages in terms of thermal comfort and energy savings. How do they work and how are they designed? Radiant heating panels represent a particularly ingenious and effective system – both functionally and energetically – for heating and cooling spaces. Their origin is ancient, but only in recent decades technology has enhanced them so much that they are preferred over traditional systems, both for the quality of the heated or cooled air by radiation and for the energy savings that result. Let’s discover together how the radiant panel system works, what alte ..read more

Where to install solar panel batteries for maximizing storage and accessing tax deductions Solar panel batteries are essential for optimizing solar energy usage and increasing the efficiency of existing photovoltaic systems. By storing the energy produced by solar panels, they allow maximizing self-consumption, reducing dependency on the traditional electrical grid. To enjoy these benefits, it’s crucial to size the system correctly according to consumption. Thus, utilizing dedicated solar design software can help configure the storage system according to user needs. What are Solar Panel Batt ..read more

A wooden roof is an appealing, sustainable, cost-effective, and safe solution. Here’s what it’s made of and why it’s advantageous For decades, one of the most traditional and widespread construction systems has regained popularity: the wooden roof. Thanks to the consolidation of new technologies (such as laminated wood) and the focus on recyclable and sustainable materials, the wood roof, adequately revised and revisited, is becoming increasingly a winning choice in the construction industry. Lightness, safety, ease of installation, and energy efficiency are just some of its key features. But ..read more

Discover more about slab foundations, when to prefer them to plinths and inverted T-beams, how to calculate them, and what implementation phases to follow The foundation is the structural element that allows the loads transfer from the construction to the ground. The floors load is first transmitted to the columns and, added to their weight, reaches the foundation which, in turn, distributes the entire weight of the building onto the ground. There are different types of foundations to choose from and calculate based on the building loads and soil characteristics. In any case, it is always pr ..read more

Discover how to calculate thermal bridges using the Finite Element Method (FEM) and maximize building energy efficiency The use of Finite Element Method (FEM) simulation proves to be a valuable tool for technicians, allowing for detailed analysis and better building design. This aims to reduce various factors influencing energy consumption, including thermal bridges that play a significant role, leading to heat losses resulting in inefficiency and higher management costs. In this article, we will explore what the Finite Element Method is and how it can be utilized to identify and eliminate th ..read more

What is brick masonry? What are the different types and uses in construction? And what are its advantages? Discover all this in the following article Brick masonry has been the cornerstone of construction for centuries due to its characteristics of strength, durability, and aesthetics. In this article, we will explore in detail what brick masonry is, its various types, and its applications in modern construction. At the bottom of the article, you can also watch a video showing you how you can use an architectural design software to incorporate this material into your building projects. Bric ..read more

A load-bearing structure is the assembly of elements providing stability and transmitting loads to the ground. Basic concepts and innovations A load-bearing structure can be viewed as an invisible skeleton, a backbone aimed at supporting and ensuring the stability, resistance, and safety of the entire construction over time. In this article, we’ll be delving into basic principles and examining recent technological innovations in the field of structural design in construction. What is Meant by Load-bearing Structure? The building structure refers to the assembly of structural elements, such as ..read more