- Detailing constructible link from virtual to the real world!
Strand Consulting Corporation provides reliable, innovative, and cost-effective shop drawing services and 3D BIM modeling for rebar, steel, and precast.
357.387 Tons
4
34
294.429 Tons
60
1080.913 Tons
27
185
10241.505 Tons
100
624
760 Tons
51
760 Tons
51
3698.348 Tonn.
59
18th + EMR
642.022 TONS
53
FOUNDATIONS THRU 10TH & ROOF BULKHEAD
142.003 TONS
293
SUB-CELLAR 2 THRU LEVEL 44 & TOWER A-E
5487.739 TONS
94
FOUNDATIONS THRU 31ST & ROOF BULKHEAD
6293.34 TONS
57
FOUNDATIONS THRU 73RD FLOOR
1669.654 TONS
16
FOUNDATIONS THRU 26TH & ROOF BULKHEAD
2001.894 TONS
44
2ND FLOOR THRU 24TH & BULKHEAD
156.00 TONS
1809.24 TONS
61.815 TONS
205.425 TONS
FOUNDATION
990.71 TONS
UNDER GROUND PARKING THRU 2ND FLOOR
51.93 TONS
BRIDGE REBAR ESTIMATION
21.87 TONS
72
WALL PANELS 3D MODEL IN TEKLA, GA DRAWINGS & BBS
312.51 TONS
33
BRIDGE REBAR ESTIMATION
959.52 TONS
FOUNDATION THRU 3RD & ROOF
959.52 TONS
FOUNDATION THRU 3RD & ROOF
276.00 TONS
FOOTING, COLUMNS & BRIDGE GIRDER BEAM 3D MODEL IN TEKLA & BBS
10
FIRE GAS STATION_STAIR & FOOTBRIDGE 3D MODEL IN TEKLA, GA DRAWINGS & MATERIAL LIST
The steel detailing of the staircase shown involves precise modeling and coordination to ensure structural integrity and functional design. The primary steel components, highlighted in yellow, form the main support framework, including beams and channels, which distribute loads effectively. Secondary elements, such as treads, handrails, and balustrades, are detailed for safety and usability, with provisions for bolted or welded connections to ensure seamless assembly.
This project showcases a detailed 3D Revit model focusing on rebar detailing for a reinforced concrete structure. The model highlights precise placement of reinforcement bars for elements such as slabs, beams, columns, and walls. Color-coded rebar visualization ensures clarity in differentiating bar types, spacing, and arrangement. Leveraging BIM capabilities, this model facilitates clash detection, coordination with other trades, and accurate bar bending schedules, streamlining construction workflows and ensuring compliance with structural standards. This advanced rebar modeling approach enhances design accuracy, minimizes errors, and supports efficient project execution.
1809.24 TONS
141
The American Museum of Natural History (AMNH) stands as one of the world's preeminent scientific and cultural institutions. Since its founding in 1869, the museum has been at the forefront of discovery—interpreting and sharing knowledge about human cultures, the natural world, and the universe through groundbreaking research, education, and exhibitions.
We are proud to announce the successful completion of a highly challenging and complex precast project. This remarkable structure consists of two tank wells with an impressive 78'-0" radius and 44'-0" high curved walls, crowned by a sloping dome slab at the top. The project scope included the creation of detailed concrete and MEP models, meticulously integrating all connections for inlets and outlets to ensure seamless functionality. The top dome slab, featuring multiple pipe connections, posed significant design and execution challenges, all of which were addressed with precision and expertise. This project stands out not only for its high diameter curved walls but also for its significance to the precast industry, demonstrating our commitment to quality, efficiency, and innovation. A huge congratulations to the entire team for delivering this complex project with exceptional workmanship and within the planned timeframe. Here's to engineering excellence! #PrecastEngineering #Innovation #ComplexStructures #Teamwork #ConstructionExcellence
21.524
17(CMU Wall)
1st thru 3rd & Roof Floor
2281.27
203
1st thru 6th & BH Roof Floor
22.37
10
Cellar thru 6th Floor
715.24
164
FOUNDATION THRU 8TH & ROOF FLOOR
3076.22
181
19TH FLOOR THRU 64TH (MEZZ-2) &ROOF
516.766
105
FOUNDATION-CELLAR LEVEL THRU BULKHEAD ROOF
1783.52 TONS
213
FOUNDATIONS THRU 27TH & ROOF FLOOR
140.646
47
612.48
138
FOUNDATION THRU 21ST & ROOF/BH
294.429 Tons
60
1080.913 Tons
27
185
357.387 Tons
4
34
760 Tons
51
760 Tons
51
51.93 TONS
BRIDGE REBAR ESTIMATION
The steel detailing of the staircase shown involves precise modeling and coordination to ensure structural integrity and functional design. The primary steel components, highlighted in yellow, form the main support framework, including beams and channels, which distribute loads effectively. Secondary elements, such as treads, handrails, and balustrades, are detailed for safety and usability, with provisions for bolted or welded connections to ensure seamless assembly.
10
FIRE GAS STATION_STAIR & FOOTBRIDGE 3D MODEL IN TEKLA, GA DRAWINGS & MATERIAL LIST
We are happy to chat about any of your concrete floor queries.
