shrinkable, portable, and prefabricated structures for permanent housing: A solution for the need for massive, quick, and permanent accommodation in emergencies
Features: mass production capability, the ability to be folded into the standard size of road transportation by conventional road vehicles, the ability to install and operate quickl
Tires are essential components of vehicles, providing traction, stability, and safety on the road. However, when tires reach the end of their life cycle, they pose a significant environmental challenge. Tires are practically non-biodegradable and can persist in the environment for over 200 years, causing numerous environmental issues and releasing harmful substances over time.
TDA, or recycled shredded rubber, is one of the most common products obtained from recycled tires. Through crushing and grinding, tires are reduced to small rubber particles known as crumb rubber. Crumb rubber has a wide range of applications across different industries:
The concept of harnessing ocean energy dates back 200 years, but viable schemes only began to emerge in the latter half of the twentieth century. Initially, ocean energy was primarily used to control aspects of designing and protecting marine structures and devices. However, with technological advancements, our world’s energy dependency has been increasing dramatically.
The CWRD can be installed on any floating structure in areas with good wave potential. To address coastal usage issues, it can also be placed on existing barriers. This device is designed to be mounted on wave barriers that are already constructed for ports or secured coastal areas.
The present invention is introduced as a new Seismic Isolator System with the aim of reducing forces of earthquake on structures and eliminating limitations of conventional seismic attenuating systems. This isolation system, without use of sophisticated and costly equipment that depend on educated and expert crews for installation and initiation, changes the upper soil layer of a site with new materials to completely separate the structure from underground soil.
shrinkable, portable, and prefabricated structures for permanent housing: A solution for the need for massive, quick, and permanent accommodation in emergencies
Features: mass production capability, the ability to be folded into the standard size of road transportation by conventional road vehicles, the ability to install and operate quickl
shrinkable, portable, and prefabricated structures for permanent housing: A solution for the need for massive, quick, and permanent accommodation in emergencies
Features: mass production capability, the ability to be folded into the standard size of road transportation by conventional road vehicles, the ability to install and operate quickl
Tires are essential components of vehicles, providing traction, stability, and safety on the road. However, when tires reach the end of their life cycle, they pose a significant environmental challenge. Tires are practically non-biodegradable and can persist in the environment for over 200 years, causing numerous environmental issues and releasing harmful substances over time.
TDA, or recycled shredded rubber, is one of the most common products obtained from recycled tires. Through crushing and grinding, tires are reduced to small rubber particles known as crumb rubber. Crumb rubber has a wide range of applications across different industries:
Tires are essential components of vehicles, providing traction, stability, and safety on the road. However, when tires reach the end of their life cycle, they pose a significant environmental challenge. Tires are practically non-biodegradable and can persist in the environment for over 200 years, causing numerous environmental issues and releasing harmful substances over time.
TDA, or recycled shredded rubber, is one of the most common products obtained from recycled tires. Through crushing and grinding, tires are reduced to small rubber particles known as crumb rubber. Crumb rubber has a wide range of applications across different industries:
The concept of harnessing ocean energy dates back 200 years, but viable schemes only began to emerge in the latter half of the twentieth century. Initially, ocean energy was primarily used to control aspects of designing and protecting marine structures and devices. However, with technological advancements, our world’s energy dependency has been increasing dramatically.
The CWRD can be installed on any floating structure in areas with good wave potential. To address coastal usage issues, it can also be placed on existing barriers. This device is designed to be mounted on wave barriers that are already constructed for ports or secured coastal areas.
The concept of harnessing ocean energy dates back 200 years, but viable schemes only began to emerge in the latter half of the twentieth century. Initially, ocean energy was primarily used to control aspects of designing and protecting marine structures and devices. However, with technological advancements, our world’s energy dependency has been increasing dramatically.
The CWRD can be installed on any floating structure in areas with good wave potential. To address coastal usage issues, it can also be placed on existing barriers. This device is designed to be mounted on wave barriers that are already constructed for ports or secured coastal areas.
The present invention is introduced as a new Seismic Isolator System with the aim of reducing forces of earthquake on structures and eliminating limitations of conventional seismic attenuating systems. This isolation system, without use of sophisticated and costly equipment that depend on educated and expert crews for installation and initiation, changes the upper soil layer of a site with new materials to completely separate the structure from underground soil.
The present invention is introduced as a new Seismic Isolator System with the aim of reducing forces of earthquake on structures and eliminating limitations of conventional seismic attenuating systems. This isolation system, without use of sophisticated and costly equipment that depend on educated and expert crews for installation and initiation, changes the upper soil layer of a site with new materials to completely separate the structure from underground soil.
New Ideas in Engineering - (Webpage)
Geo-isolator is a new isolation system, which is located in the ground under the foundation. - (Webpage)