Project
住友不動産西新宿グランドタワー エントランススクリーン Sumitomo RealEstateNishishinzyuku Ground Tower
| コンサルティングカテゴリー Consulting Category | ガラスファサードコンサルティング Glass Facade Consulting |
|---|---|
| 設計 Architect Office | 株式会社 日建設計 NIKKENN SEKKEI LTD |
| 写真撮影 Photo by | 野秋達也 |
高層オフィスと住宅の窓口となる大空間エントランス部分をできるだけ大きな開放的で外に開かれた入口とするため、ガラスリブを用いたスクリーンが採用されました。ガラススクリーンを上下に分け、視線レベルH3mには突き合わせ施工の横幅の大きなガラスを、見上げとなる上段については大きなガラスリブスクリーン（H10m）を提案しました。
北面には高さ18mの空間を12.8m（上段）と5m(下段)に分け国内最大級の大板ガラスを用いたガラススクリーンを見ることができます。
高さの異なるスクリーンの連結部はエキスパンションシールを用いたスリットガラスを配置し層間変位による動きの違いを吸収しています。
シャトルエレベーター部のガラススクリーン吸排気口には曲げ合わせガラスルーバーが使用されその形状剛性を活かして薄いガラスで大きなスパンを構成することを可能としています。
To create a large, open, and outward-facing entrance space serving as the gateway to the high-rise offices and residential towers, a glass rib screen system was adopted.
The glass screen is divided into upper and lower sections. At eye level (approximately H=3m), wide horizontally jointed glass panels with butt-jointed installation were employed to maximize transparency and openness. Above this, a large-scale glass rib screen reaching approximately 10 meters in height was proposed to form the upper portion viewed from below.
On the north façade, visitors can experience an 18-meter-high glass enclosure divided into a 12.8-meter upper screen and a 5-meter lower screen, utilizing some of the largest architectural glass panels manufactured domestically.
At the junction between the screens of differing heights, slit glass incorporating expansion seals was introduced to absorb differential movement caused by interstory drift during seismic events.
For the intake and exhaust openings of the shuttle elevator glass screen, bent laminated glass louvers were employed. By utilizing the increased stiffness derived from their curved geometry, these louvers make it possible to achieve large spans using relatively thin glass sections.
北面には高さ18mの空間を12.8m（上段）と5m(下段)に分け国内最大級の大板ガラスを用いたガラススクリーンを見ることができます。
高さの異なるスクリーンの連結部はエキスパンションシールを用いたスリットガラスを配置し層間変位による動きの違いを吸収しています。
シャトルエレベーター部のガラススクリーン吸排気口には曲げ合わせガラスルーバーが使用されその形状剛性を活かして薄いガラスで大きなスパンを構成することを可能としています。
To create a large, open, and outward-facing entrance space serving as the gateway to the high-rise offices and residential towers, a glass rib screen system was adopted.
The glass screen is divided into upper and lower sections. At eye level (approximately H=3m), wide horizontally jointed glass panels with butt-jointed installation were employed to maximize transparency and openness. Above this, a large-scale glass rib screen reaching approximately 10 meters in height was proposed to form the upper portion viewed from below.
On the north façade, visitors can experience an 18-meter-high glass enclosure divided into a 12.8-meter upper screen and a 5-meter lower screen, utilizing some of the largest architectural glass panels manufactured domestically.
At the junction between the screens of differing heights, slit glass incorporating expansion seals was introduced to absorb differential movement caused by interstory drift during seismic events.
For the intake and exhaust openings of the shuttle elevator glass screen, bent laminated glass louvers were employed. By utilizing the increased stiffness derived from their curved geometry, these louvers make it possible to achieve large spans using relatively thin glass sections.