Structural health monitoring with HBM: Viable measurement results for you
For the planning and design of buildings, evaluation of damage or implementation of fatigue tests: viable measurement results count in structural health monitoring.
Products and services around structural health monitoring
Can a bridge still be permanently used? Can a building be restored? Will a structure hold firm even if certain parts are removed or altered? Is a specific construction material suitable for the requirements? Can earthquake tests be simulated?
These and many other questions arise within the field of structural health monitoring. The answers are provided by the measurement products and services from HBM: with strain gages, transducers, amplifiers and measurement technology software from one source—for your demanding measurement technology tasks in structural health monitoring. Our products are enhanced by a professional service portfolio covering installation, commissioning and maintenance for your measurement technology on site.
Do you have any questions on structural health monitoring with HBM? Let us help you. Contact HBM
Regardless of whether you need to measure pressure, force, displacement, temperature, oscillations, acceleration and numerous other measured quantities in structural health monitoring: HBM transducers and amplifiers offer you results that you can trust.
HBM measurement technology for structural health monitoring provides viable measurement results—be it for planning, deformation measurement, movement monitoring and long-term monitoring of structures such as:
- Buildings
- Bridges
- Dams
- Tunnels
- Roads
Application reports on structural health monitoring with HBM:
Optimal dosing always in view: RTN installation modules in a new CEMEX Austria binding material silo
In order to ensure optimal mixing and dosing of the material anhydrite flow, CEMEX Austria is using HBM weighing technology for their new binding material silo.
Underwater blasting project meets stringent safety limits with HBM’s Genesis equipment
Two US contractors have used HBM's Genesis high-speed data acquisition equipment to successfully monitor the underwater blasting of a one-mile long, environmentally-sensitive section of the Columbia River near St Helens in...
ミュンヘンのオリンピアハレ・アリーナにおける荷重モニタリング
最近のコンサートはますます装飾が派手なものになってきています。この傾向は特にポップミュージック関係で顕著です。当然のことながら、照明や音響効果のためにミュージシャンが使用する機材も大型で重いものになります。屋根や照明用ガントリー（構台）の構造体に取り付け可能な最大荷重は限られているため、効果的なモニタリングが必要です。ミュンヘンのオリンピアハレ・アリーナにはユニークなデザインの屋根がありますが、この屋根の荷重モニタリングは、エンジニアにとって非常に面倒な仕...
重い貨物の通行が及ぼす影響を監視する － 自動車道路橋を対象とした長期的なモニタリング
ドイツの自動車道路および主要幹線道路に架かっている約３万８０００本の橋にとって、重い荷物を積んだ車両の通行量増大はまさに継続的な耐久試験だと言えます。連邦高速道路研究所（ＢＡＳｔ）は、こうした荷重の影響を調査するためにハノーバーのライプニッッツ大学にある Institut für...
ベニスのコスティトゥツィオーネ橋（Ponte della Costituzione）での荷重試験
ベロナにあるＶｅｎｅｔａ Ｅｎｇｉｎｅｅｒｉｎｇは、安全確認と欧州の承認試験に関してはイタリアでも有数の試験検査会社です。同社はこの分野で２０年以上の実績があり、仕事の信頼性と品質で高い評価を受けています。
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