GREAT SOLUTIONS FOR THE COMMERCIAL CONSTRUCTION COMPANIES

What Would Be The Effective Solutions For The Construction Companies?

New Year brings new trends to the commercial construction market. Many firms will be impacted by the labor shortages and high demand for construction. Construction Companies tend to partner with each other and share data using the newest software.

Teamwork and collaborative work on projects

This has been a trend for a while now. Construction companies will do more team collaboration and establish partnerships within the industry. They will share their research and achievements, as well as thoughts on certain projects and concepts. This should improve safety and quality of their work, as well as help them work more efficiently.

Modular Construction

Modular construction, also known as offsite construction, is going to be even more popular. Modular construction has been around for many years, but it has just started to attract commercial constructors. This is due to high profile projects in the last years. Commercial constructors also realize that modular construction is just as effective and safe as onsite construction, but it takes less time and less money.

Labor Shortages Will Be Worse

This is something commercial contractors wanted to fade, but it is still here. According to statistics, the skilled labor shortage is one of the main problems in the US as employers cannot find staff for their sites. According to experts, investments in infrastructure keep growing, and labor shortage is not going anywhere.

Regardless of labor shortage, industry experts are optimistic about commercial construction market.  Construction Companies will care more about the environment and continue support green building movement and sustainable construction. With new green solutions and materials, commercial constructors will implement more energy-efficient features in their projects. Sustainable construction will become a norm rather than an exception.

Smart Construction Brings Smart Building

Smart Building Using Latest Technology

MIT researchers have found ways to analyze building stability. Their new computational model can monitor ambient vibrations and look for possible harm. It is a promising technology that allows engineers and construction workers to analyze the resilience to extreme events and overall health of any building.

Researchers tested their new model on a 21-story MIT’s Green Building which is made of reinforced concrete. The building was built over 50 years ago, and it is the tallest structure in Cambridge.
In 2010, MIT installed 36 accelerometers which continuously monitored vibrations on floors, from the foundation to the roof. In order to accurately analyze the ability of the building to respond to vibration, researchers got data from the accelerometers, focusing on features that analyze the condition of the building. This allowed researchers to develop a seismic interferometer concept that shows changes in vibration patterns as it travels from the first floor to the last.

Smart Building

Researchers are planning to continue working on the model, experimenting with vibration levels in the lab. They have already developed a 4-meter high copy of the building and added accelerometers. MIT says that they will also test the ability of the building to withstand different tremor stimuli, such as hammer strikes. According to Oral Buyukozturk, a professor of Civil and Environmental Engineering, they can get data from the sensors and then analyze the building and its characteristics.
Researchers also say they are going to build a large structure to experiment with and improve their computational model. Once they are done with testing, they will start installing accelerometers in real buildings. In future, it is expected to have them in every building, especially in countries with high seismic activity. This system will be able to make buildings smart and tell us whether they are safe to occupy.


Sources:
http://www.techbriefs.com/component/content/article/ntb/news/news/25595
https://www.sciencedaily.com/releases/2016/10/161019122409.htm

Green Building Materials And Technology

Good To Construct Green Buildings

The concepts of sustainability aim at satisfying the present needs for working environment, housing and infrastructure without compromising the ability of the future generation to meet their needs. It integrates and incorporates various strategies during design, constructions, and operations of the building projects. It involves the development of building materials that are more advanced for zero energy and passive buildings and materials for innovative and renovation of the building. Green building products and materials involve the use of renewable other than non-renewable sources. They are environmentally responsible since the life of the end products are considered when building.
The local environment to a great extent significantly affects the performance of green building. It includes factors such as the surrounding buildings, the pollution from vehicles, atmospheric pollutions from other factors such industries and the populations near the construction site. Energy simulations software, the Energy Plus, has been used widely to suggest the best material for any commercial green building complexity.

Technological Methods For Green Building

The following are the best technologically selected methods for green building on a business complex;

• The Storm Water Management

It has to be carried out in line to the environmental factors. The intent here is to limit disruptions of the natural hydrology of water by increasing the onsite infiltrations, reduction of the impervious cover and the managements of the runoff of storm water. The porous concrete, open cells and the lock paver’s serve as the best available technologies for the easy management of water in a building site.

• Rain Water Harvesting

This project primarily aims at collecting and storing the rainwater from the land surface and rooftops. It consists of the principal catchment area, the conveyance systems, and the collection devices.

• Roof–Heat Island Effects

The intent in these methods is to reduce the thermal gradients differences and the reduction of heat islands between the undeveloped and developed areas so as to minimize the impacts on the human, wildlife and microclimate life. The strategy employed is the use of the roofing materials with Solar Reflectance Index (SRI) that is greater than 29% for the sloping roof and a 79% for the lower sloped roof with a minimum of 75% of the roofing surface.

• Water Efficient Fixtures and the Energy Efficient Lighting

The importance of this was to reduce the generation of waste water and the demand for potable water while increasing the local aquifer recharges.

The Energy Efficient Lighting comes under the atmosphere and energy credit. The main reason is to optimize the performance of energy by reducing wastage. The incandescent, luminaires and the T12 are the most preferred lighting system for the saving of energy.

• Renewable Energy

The intent is to recognize and encourage increasing levels of supply through the renewable technology so as to reduce impacts on environments associated with theuse of fossil for fuel supply.
In the construction sectors, buildings have the capacity to make a significant contributing to a sustainable earth. Sustainable buildings have become vital in securing the long-term economic, social and environmental viability. Sustainable construction involves all aspects of design and building management, construction technology and process, the performance of materials, resource, and energy efficiency, maintenance, and operations. Thus Green Building can use sound techniques and products all in the capacity for long-term monitoring, occupational health, and safety for both the people and the environment.