Blog Archive - Categories
In our blog you can find out what is coming up at GERB in the near future and
what has been going on in the past few weeks.
Here we want to keep you informed about events and promotions – feel free to browse!
Video Documentary: Elastic Support & Damping Systems in Gösgen Nuclear Power Plant
The Gösgen Nuclear Power Plant in Switzerland provides a good example of long-term use of elastic support and damping systems for various key components in nuclear power generating plants.
During the operation of machines such as turbines, pumps and other rotating equipment, disturbing vibrations can affect other parts in the nuclear power plant. Vibration isolation technologies suppress these disturbing effects and can be installed as elastic support systems. These technologies can also be integrated for special protection of the installed safety systems to protect from external loads such as earthquakes, aircraft impact scenarios or the risk of possible foundation settlements.
Together with the team in Gösgen, we took a look at the elastic support systems that have been installed over the past decades and representatives of the operator gave some statements about their corresponding experience.
Mixed-use building complex in Aachen
A vibration-isolated mixed-use complex in the immediate vicinity of Aachen Central Station, Germany.
Spread over five buildings and almost 25,000 m², people will live, work and shop here in the near future. A common base at ground floor is intended for retail and gastronomy. In the two centrally located, six-storey buildings, 300 high-quality, furnished student apartments as well as a fitness area, a cinema and a bicycle parking garage are being built. A glass staircase connects the houses with each other. Towards the train station there are two eight- and six-storey office buildings with a total of 6,000 m² floor space.
Seismic Control of a Steam Turbine Foundation
Elastic support of JPL power plant turbine in Seoni, India.
The site is located near village Barela -Gorakhpur, Tehsil Ghansore of Seoni District. JPL currently has 600 MW thermal capacity fully operational and 660 MW under implementation. The plant is generating power on commercial basis. With a total mass of about 28,750 tons, the turbine house of this power station is approx. 95 m long, 46 m wide and 39-m high.
In 2010, GERB was consulted by the operator of the power plant directly and asked for a vibration control solution. We started supporting the owner as well as the structural designer already at an early project phase. Particular focus was placed on the high earthquake input to be taken into account. Starting with our explanations of similar projects, there were intensive consultations with the project participants about possible optimization of the turbine building. In addition to developing project-specific spring and damper elements, the substructure underneath the elastic support system was discussed in detail.
医院的抗震改建
医院等重要基础设施必须要有抗震措施
罗马尼亚的斯洛博齐亚市位于布加勒斯特以东 120 公里，是雅洛米察县的首府。该地区经常发生小到中度地震。仅在 2020 年，雅洛米察县就发生了 9 次地震。早在 2007 年，这家为 25 万多人提供医疗服务的医院就已需要进行抗震升级。
地震多发区的振动控制
隔而固在印度的首个使用弹簧隔振系统的建筑项目，正在马哈拉施特拉邦的
孟买市实施。
2018年，通过新设计的费尔蒙酒店的建筑师和顾问，Shrem公司与隔而固取得了联系。Shrem是一家从事酒店房地产和基础设施的开发商。该项目的要求主要集中在客户舒适度和安全标准上。由于该大都市地区振动干扰的威胁增加，此结构物需要采用隔而固隔振方案。凭借我们旨在提高舒适度，保护建筑免受因振动、结构噪声以及地震影响的使命，我们提供的全方位支持完全赢得了客户信赖
Blog – Archive
In our blog you can find out what is coming up at GERB in the near future and
what has been going on in the past few weeks.
Here we want to keep you informed about events and promotions – feel free to browse!
Video Documentary: Elastic Support & Damping Systems in Gösgen Nuclear Power Plant
The Gösgen Nuclear Power Plant in Switzerland provides a good example of long-term use of elastic support and damping systems for various key components in nuclear power generating plants.
During the operation of machines such as turbines, pumps and other rotating equipment, disturbing vibrations can affect other parts in the nuclear power plant. Vibration isolation technologies suppress these disturbing effects and can be installed as elastic support systems. These technologies can also be integrated for special protection of the installed safety systems to protect from external loads such as earthquakes, aircraft impact scenarios or the risk of possible foundation settlements.
Together with the team in Gösgen, we took a look at the elastic support systems that have been installed over the past decades and representatives of the operator gave some statements about their corresponding experience.
Mixed-use building complex in Aachen
A vibration-isolated mixed-use complex in the immediate vicinity of Aachen Central Station, Germany.
Spread over five buildings and almost 25,000 m², people will live, work and shop here in the near future. A common base at ground floor is intended for retail and gastronomy. In the two centrally located, six-storey buildings, 300 high-quality, furnished student apartments as well as a fitness area, a cinema and a bicycle parking garage are being built. A glass staircase connects the houses with each other. Towards the train station there are two eight- and six-storey office buildings with a total of 6,000 m² floor space.
Seismic Control of a Steam Turbine Foundation
Elastic support of JPL power plant turbine in Seoni, India.
The site is located near village Barela -Gorakhpur, Tehsil Ghansore of Seoni District. JPL currently has 600 MW thermal capacity fully operational and 660 MW under implementation. The plant is generating power on commercial basis. With a total mass of about 28,750 tons, the turbine house of this power station is approx. 95 m long, 46 m wide and 39-m high.
In 2010, GERB was consulted by the operator of the power plant directly and asked for a vibration control solution. We started supporting the owner as well as the structural designer already at an early project phase. Particular focus was placed on the high earthquake input to be taken into account. Starting with our explanations of similar projects, there were intensive consultations with the project participants about possible optimization of the turbine building. In addition to developing project-specific spring and damper elements, the substructure underneath the elastic support system was discussed in detail.
医院的抗震改建
医院等重要基础设施必须要有抗震措施
罗马尼亚的斯洛博齐亚市位于布加勒斯特以东 120 公里，是雅洛米察县的首府。该地区经常发生小到中度地震。仅在 2020 年，雅洛米察县就发生了 9 次地震。早在 2007 年，这家为 25 万多人提供医疗服务的医院就已需要进行抗震升级。
地震多发区的振动控制
隔而固在印度的首个使用弹簧隔振系统的建筑项目，正在马哈拉施特拉邦的
孟买市实施。
2018年，通过新设计的费尔蒙酒店的建筑师和顾问，Shrem公司与隔而固取得了联系。Shrem是一家从事酒店房地产和基础设施的开发商。该项目的要求主要集中在客户舒适度和安全标准上。由于该大都市地区振动干扰的威胁增加，此结构物需要采用隔而固隔振方案。凭借我们旨在提高舒适度，保护建筑免受因振动、结构噪声以及地震影响的使命，我们提供的全方位支持完全赢得了客户信赖
Blog Archive –
Categories
In our blog you can find out what is coming up at GERB in the near future and
what has been going on in the past few weeks.
Here we want to keep you informed about events and promotions – feel free to browse!
Video Documentary: Elastic Support & Damping Systems in Gösgen Nuclear Power Plant
The Gösgen Nuclear Power Plant in Switzerland provides a good example of long-term use of elastic support and damping systems for various key components in nuclear power generating plants.
During the operation of machines such as turbines, pumps and other rotating equipment, disturbing vibrations can affect other parts in the nuclear power plant. Vibration isolation technologies suppress these disturbing effects and can be installed as elastic support systems. These technologies can also be integrated for special protection of the installed safety systems to protect from external loads such as earthquakes, aircraft impact scenarios or the risk of possible foundation settlements.
Together with the team in Gösgen, we took a look at the elastic support systems that have been installed over the past decades and representatives of the operator gave some statements about their corresponding experience.
Mixed-use building complex in Aachen
A vibration-isolated mixed-use complex in the immediate vicinity of Aachen Central Station, Germany.
Spread over five buildings and almost 25,000 m², people will live, work and shop here in the near future. A common base at ground floor is intended for retail and gastronomy. In the two centrally located, six-storey buildings, 300 high-quality, furnished student apartments as well as a fitness area, a cinema and a bicycle parking garage are being built. A glass staircase connects the houses with each other. Towards the train station there are two eight- and six-storey office buildings with a total of 6,000 m² floor space.
Seismic Control of a Steam Turbine Foundation
Elastic support of JPL power plant turbine in Seoni, India.
The site is located near village Barela -Gorakhpur, Tehsil Ghansore of Seoni District. JPL currently has 600 MW thermal capacity fully operational and 660 MW under implementation. The plant is generating power on commercial basis. With a total mass of about 28,750 tons, the turbine house of this power station is approx. 95 m long, 46 m wide and 39-m high.
In 2010, GERB was consulted by the operator of the power plant directly and asked for a vibration control solution. We started supporting the owner as well as the structural designer already at an early project phase. Particular focus was placed on the high earthquake input to be taken into account. Starting with our explanations of similar projects, there were intensive consultations with the project participants about possible optimization of the turbine building. In addition to developing project-specific spring and damper elements, the substructure underneath the elastic support system was discussed in detail.
医院的抗震改建
医院等重要基础设施必须要有抗震措施
罗马尼亚的斯洛博齐亚市位于布加勒斯特以东 120 公里，是雅洛米察县的首府。该地区经常发生小到中度地震。仅在 2020 年，雅洛米察县就发生了 9 次地震。早在 2007 年，这家为 25 万多人提供医疗服务的医院就已需要进行抗震升级。
地震多发区的振动控制
隔而固在印度的首个使用弹簧隔振系统的建筑项目，正在马哈拉施特拉邦的
孟买市实施。
2018年，通过新设计的费尔蒙酒店的建筑师和顾问，Shrem公司与隔而固取得了联系。Shrem是一家从事酒店房地产和基础设施的开发商。该项目的要求主要集中在客户舒适度和安全标准上。由于该大都市地区振动干扰的威胁增加，此结构物需要采用隔而固隔振方案。凭借我们旨在提高舒适度，保护建筑免受因振动、结构噪声以及地震影响的使命，我们提供的全方位支持完全赢得了客户信赖