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We would like to introduce a case study of the integrated structural calculation software 'Super Build/SS7' used for a 12-story above-ground and 1-story below-ground office building made of reinforced concrete (RC). The design utilizes the irregular shape of the site, maintaining a 500mm setback, which directly translates into the building's floor plan. Structurally, it features two volumes that rise and connect in between, creating a cohesive structural plan. Additionally, columns are placed in the center of spans where there are no existing piles, and these columns are connected by cantilever beams, forming a three-dimensional framework with orthogonal columns and a moment-resisting frame. [Case Study Overview] ■ Use: Office Building ■ Structural Type: RC (PRC) ■ Levels: 12 above ground, 1 below ground ■ Design: ANDO Imagineering Group/AIG (Tokyo) *For more details, please download the PDF or feel free to contact us.

We would like to introduce an example of the integrated structural calculation software 'Super Build/SS7' used for a 19-story office building constructed with RC and SRC structures. Initially, a pentagonal office building was planned on a small site to maximize the sky ratio using PCa and PC. Due to the scale, performance evaluation was necessary, and ultimately, we aimed for time history response analysis. From the perspective of data linkage, we consistently utilized tools related to the foundation, from the creation of the announcement wave to response analysis. 【Example Overview】 ■ Use: Office Building ■ Structural Type: RC + SRC (PCa + PC) ■ Stories: 19 ■ Design: ANDO Imagineering Group/AIG (Tokyo) *For more details, please download the PDF or feel free to contact us.

We would like to introduce a case study of the integrated structural calculation software 'Super Build/SS7' used for a four-story educational and cultural facility constructed with a combination of steel (S) and steel-reinforced concrete (SRC). This building primarily serves as a library, with the first and second floors facing an existing building to the south, while the third and fourth floors face a river flowing to the north of the site. The entire building is designed as a strength-type structure that ensures the required amount of walls (braces) and columns to satisfy Structural Calculation Route 1 in both directions on all floors. 【Case Study Overview】 ■ Purpose: Educational and cultural facility ■ Structural Type: S + SRC ■ Number of Floors: 4 ■ Design: Mikami Architectural Office Co., Ltd. (Ibaraki Prefecture) *For more details, please download the PDF or feel free to contact us.

We would like to introduce a case study of the integrated structural calculation software 'Super Build/SS7' used for a 5-story steel factory building. This property features two three-dimensional warehouses inside, with the fourth floor having a very high ceiling of 8.5 meters, and a specification that includes equipment platforms in the middle of the floor. Additionally, the areas where equipment is placed and the three-dimensional warehouse section create a void space, resulting in many locations where the rigid floor assumption does not hold. 【Case Study Overview】 ■ Purpose: Factory ■ Structural Type: Steel ■ Number of Floors: 5 ■ Design: Nakano Fudo Construction Co., Ltd. (Tokyo) *For more details, please download the PDF or feel free to contact us.

This is an introduction to the practical example of the structural calculation software 'Super Build/SS7' used for a two-story steel-framed pediatric clinic. The building is a newly constructed two-story clinic, with a request to aesthetically emphasize the braces, making the proper arrangement of braces essential in the structural planning. The entrance is located at the southeast corner of the building, and from there, the second floor features an L-shaped atrium, creating a sense of openness. 【Example Overview】 ■ Purpose: Pediatric clinic ■ Structural Type: Steel-framed ■ Number of Floors: 2 ■ Design: Mov Structural Design Co., Ltd. (Aichi Prefecture) *For more details, please download the PDF or feel free to contact us.

This is an introduction to a case study of the integrated structural calculation software 'Super Build/SS7' for a single-story maintenance factory made of steel (S construction). The columns are square steel pipes, the beams are H-shaped steel, with 2/3 of the roof being a parking lot (RC slab) and 1/3 being a folded plate roof, and the basic grid is 6.5m x 8.5m. The structural form became a pure frame structure as it was not possible to place effective vertical braces in the design. 【Case Overview】 ■ Purpose: Maintenance Factory ■ Structural Type: Steel Construction (S construction) ■ Number of Floors: 1 ■ Design: Nippon Kensetsu Co., Ltd. (Tokyo) *For more details, please download the PDF or feel free to contact us.

We would like to introduce a case study of the structural calculation software 'Super Build/SS7' for a steel-framed automobile dealership. This project is a two-story automobile dealership with a building footprint of 39.8m x 10m, featuring a canopy measuring 17.3m x 15m. While the structure is a simple form of pure steel frame with a straightforward footprint, it has unique characteristics typical of automobile dealerships, such as the differing heights at which the canopy and eaves attach compared to the showroom roof. [Case Study Overview] ■ Purpose: Automobile dealership ■ Structural Type: Steel frame ■ Number of Stories: 2 ■ Design: Nippon Kensetsu Co., Ltd. (Tokyo) *For more details, please download the PDF or feel free to contact us.

We would like to introduce a case study of the structural calculation software 'Super Build/SS7' applied to a 5-story rental apartment building made of reinforced concrete (RC). The building has a rectangular floor plan and is situated on the east and south sides adjacent to roads (the south side is a two-way road), with setbacks on both sides. Both directions employ a frame structure, with slits in the walls within the frame, and the corridors are supported by cantilever beams, extending out from the main framework. 【Case Overview】 ■ Purpose: Rental Apartment ■ Structural Type: Reinforced Concrete (RC) ■ Number of Floors: 5 ■ Design: Kyuritsu Design Co., Ltd. (Tokyo) *For more details, please download the PDF or feel free to contact us.

We would like to introduce an example of the integrated structural calculation software 'Super Build/SS7' for a three-story steel structure plant building. The first floor serves as an outdoor equipment storage area enclosed by a fence, while the second and third floors feature a deck slab with a free access floor, covered by a folded plate roof and walls. The columns are made of square steel pipes, and a two-way frame structure with a 2×2 span is adopted. The rigidity of the deck slab ensures that the second and third floors are rigid floors. 【Example Overview】 ■ Purpose: Plant building ■ Structural Type: Steel structure ■ Number of Floors: 3 ■ Design: Sunyu Building Engineering Co., Ltd. (Tokyo) *For more details, please download the PDF or feel free to contact us.

We would like to introduce a case study of the integrated structural calculation software 'Super Build/SS7' for a two-story steel structure nursery with a penthouse. This project is a two-story nursery (approximately 26.5×17.15m) with a trapezoidal floor plan that fits the site. A notable feature is the large atrium in the central part, designed to bring in natural light to the first-floor hall area. 【Case Overview】 ■ Use: Nursery ■ Structural Type: Steel Structure ■ Levels: 2 stories above ground, 1 penthouse ■ Design: Case Co., Ltd. (Osaka Prefecture) *For more details, please download the PDF or feel free to contact us.

We would like to introduce an example of the structural calculation software 'Super Build/SS7' applied to a single-story nursery made of steel (S construction). The design features a hyperbolic plane with symmetrically arranged arcs, connected by a roof with a height of 3.0 meters between the hyperbolas. Additionally, the metal sheet roof is treated as a flexible floor under the assumption that the rigid floor assumption does not hold, and the rigidity of the roof surface is evaluated as horizontal braces. 【Example Overview】 ■ Purpose: Nursery ■ Structural Type: Steel (S construction) ■ Number of Stories: 1 ■ Design: Structural FACTORY Co., Ltd. (Fukuoka Prefecture) *For more details, please download the PDF or feel free to contact us.

We would like to introduce a case study of the integrated structural calculation software 'Super Build/SS7' for a one-story columbarium constructed with S, RC, and SRC structures. The floor plan is regular, and the roof shape is designed to be a deformed rectangle with an eccentric top. Additionally, the outer walls of the columbarium are made of RC walls (partly serving as retaining walls due to the sloped site), and the steel columns to which the RC walls are attached are designed as encased columns (SRC columns). 【Case Overview】 ■ Purpose: Columbarium ■ Structural Type: S + RC + SRC ■ Levels: 1 floor ■ Design: Structural FACTORY Co., Ltd. (Fukuoka Prefecture) *For more details, please download the PDF or feel free to contact us.

We would like to introduce a case study of the integrated structural calculation software 'Super Build/SS7' for a two-story steel bank branch. The two-story steel structure has a maximum height of 9.5 meters, with a floor plan shaped like the letter L, and the elevation is designed to have a large roof that slopes from the R floor to the second floor in the long side direction. Additionally, the slope shape of the large roof was modeled using node vertical movement and node unification to account for beams spanning layers. 【Practical Overview】 ■ Purpose: Bank branch ■ Structural Type: Steel ■ Number of Floors: 2 ■ Design: Structural FACTORY Co., Ltd. (Fukuoka Prefecture) *For more details, please download the PDF or feel free to contact us.

This is an introduction to a case study of the integrated structural calculation software 'Super Build/SS7' for a single-story kindergarten made of steel. The project is a single-story kindergarten with a steel frame, featuring a building with a floor plan measuring 53m x 30m. It is located in the suburbs, where a relatively large site was available, allowing for a single-story layout. To apply for a single-story structure, we conducted manual calculations to verify the establishment of the rigid floor assumption for the roof section and the "stress transfer" in the frame sections. Additionally, we held preliminary meetings to discuss the feasibility of obtaining building confirmation for a single-story structure. Although the roof surface is unique, further examination allowed us to demonstrate cohesive behavior. 【Practical Overview】 ■ Use: Kindergarten ■ Structural Type: Steel Frame ■ Number of Stories: 1 ■ Design: Nanto Architectural Planning (Osaka Prefecture) *For more details, please download the PDF or feel free to contact us.