Structural design & drawings
Structural Design will be supervised by a 15 years experienced architect.
He
will supervise for complaint building as per BNBC 2006.
He will consider
Live load as per table 6.2.3 of BNBC 2006.
Structural design
Foundation, Footing, Pile/Raft Design/Shore Piles (if required), Column, Beam, Slabs, Staircase, Share Wall, Retaining Wall, Overhead Water Tank, Underground Water Reservoir, Lintel Drop Wall, False Slab, and Other Structural Elements.
Drawings will be provided by consultant ♦ Column Layout ♦ Beam Layout Plan and Slab Out Line ♦ Column Size ♦ Slab Out Line ♦ Over Head Water Tank ♦ Presentation Plan (All Floor) ♦ Working Plan ( All Floor) ♦ Stair Room ♦ Major Floor Opening ♦ Floor Height ♦ Stair Details ♦ Stair Landing Beam ♦ Lift Core Share Wall ♦ Steel Shed ♦ Line Section Floor Height ♦ Detail Image Floor Height ♦ Column Schedule ♦ Footing Layout Plan ♦ Footing Schedule ♦ Floor Beam Layout ♦ Floor Beam Section
Structural standard
| SL | Name of Service | Standard |
|---|---|---|
| 1 | Structural Design: Foundation, Footing, Pile/Raft Design/Shore Piles (if required), Column, Beam, Slabs, Staircase, Share Wall, Retaining Wall, Overhead Water Tank, Underground Water Reservoir, Lintel Drop Wall, False Slab, and Other Structural Elements. Design report will be provided according to BNBC 2006 Section 1.9.1.1 (Part 6 Chapter 1) Structural Design will be supervised by a 15 years experienced architect. He will supervise for complaint building as per BNBC 2006. He will consider Live load as per table 6.2.3 of BNBC 2006. | BNBC 2006 AISC 360 |
| A.1 | Lateral Load Wind Load : Exposure Type (Article 2.4.4.1) Basic Wind Speed: Figure 6.2.1 & Table 6.2.8 |
BNBC 2006 AISC 360 |
| A.2 | Earthquake Load Zone: Figure 6.2.10 | BNBC 2006 AISC 360 |
Technical skills
| SL | Name of Skill | Description |
|---|---|---|
| 01 | ETABS 2016 | RCC Building Design, BNBC 2006 & ACI Code 318-14 |
| 02 | STAAD PRO V8i | Steel Frame Design, BNBC 2006 & AISC 360 |
| 03 | SAFE V8i | RCC Building Design, Foundation Design, BNBC 2006 |
| 04 | REVIT STRUCTURE | Building Information Modeling for Structure, Static Analysis |
| 05 | MICROSOFT EXCEL | For Manual Design, Cost Estimate Etc. |
Design Case study
| Particular | Project Description |
|---|---|
| PROJECT NAME | BALI ARCADE |
| PROJECT LOCATION | 227 NAWAB SERAJUDDOWLA ROAD, CHAWK BAZAR-4203, CHATTOGRAM, BANGLADESH |
| STORY | 10TH STORIED COMMERCAIL BUILDING |
| AREA | 17117.00 SFT |
| STRUCTURE TYPE | RCC AND STEEL |
| BUILDING CODE | BANGLADESH NATIONAL BUILDING CODE 2006 & AISC 360 |
| ANALYSIS METHOD | FINITE ELEMENT METHOD (DYNAMIC ANALYSIS) |
| SEISMIC ZONE | 02 |
| LOADS | AS PER BNBC 2006 |