Surojit Ghosh
Channel Owned & Operated by: Surojit Ghosh - All rights reserved.
This is a structural analysis and design channel meant for discussion on various topics including modelling, analysis, design, structural automation and current industry trends.
I am a registered Professional Structural Engineer with over 12 years of experience in the civil engineering industry. I have been working in Bentley Systems Inc. and I am associated with assisting and providing structural consultation and support to global clients in analyzing and designing various high rise building, commercial and industrial structures using various structural products like STAAD.Pro, STAAD.Foundation, RCDC, RAM Connection & RAM SS conforming to wide range of international design codes (Indian, US, Euro, Australian). Also I am an expert on structural automation and developed several custom templates which can minimize the repetitive works and increase overall efficiency.
Modeling of a Concrete Building for Advanced Analysis & Design ||RAM Structural ||Construction Stage
Automation with STAAD - P6: Comparison of Result || Material Take-off || Lifting, Transport, In-situ
Different methods of modelling a Floor Diaphragm in STAAD || FEM, Rigid Diaphragm || Slab design
Connection Design Overview - Part 6: Create Multiple User Templates || Import/Export data from Excel
Обзор проектирования соединений. Часть 5: Проектирование с использованием пользовательского шабло...
Automation with STAAD - P5: Analysis & Result Extraction || Multiple Analysis || Design input/output
Automation with STAAD - P4: Extract Model Data || Geometry, Load, Specification || Data Interchange
Connection Design Overview - Part 4: RAM Connection Standalone: Design using Templates || AISC, IS
Connection Design Overview - Part 3: RAM Connection Standalone || Design option, Report, Drawing
Automation for Modelling-P3: Application of Load || Moving Load; inclined & curved,Hydrodynamic Load
Optimization of Steel Structure with STAAD: A Detail Guide || Design command, Sequence, Grouping
Автоматизация моделирования в STAAD-P2: создание структурной модели, добавление/редактирование ра...
Automation for Modelling in STAAD - P1: Introduction to OpenSTAAD | Supported Language & Platform
Automation for Modelling in STAAD - An Introduction || Moving load || Solid mesh model
Connection Design Overview - Part 2: Connection Database & Design Workflow || Library, Type, BCF,BCW
Connection Design Overview - Part 1: Basics & Introduction to RAM Connection || Design Code, Methods
Generation of Wind Load in STAAD - Part 3: Unclad Frame Piperack Structure|| Solidity Ratio || IS875
Формирование ветровой нагрузки в STAAD - Часть 2: Конструкция склада с облицовкой || Нагрузка на ...
Генерация ветровой нагрузки в STAAD — Часть 1: Основы и распределение ветровой нагрузки || IS875 ...
Moving Load: p7 - Interpret & Rectify Moving Load || Warning- Moving Load Applied Beyond X & Z Range
Moving Load: p6 - Horizontal & Axial Crane load || Moving Load Combination || Auto-load generation
Подвижная нагрузка: p5 — Нагрузка от крана для конструкции козловой балки || Механический мостово...
# STAAD shorts–Generate structural model from DXF file || SET Z UP, PERFORM ROTATION || CAD to STAAD
Generate Plate Mesh in STAAD: Part 6 – Modelling of RC Wall for Design || Shear Wall with Opening
Generate Plate Mesh in STAAD: Part 5 – Modelling of RC Wall - Basic approach || Slab/Wall Connection
STAAD.Pro CONNECT Edition V22 Update 11 - Updates & Enhancements || Parametric model || OpenSTAAD
# STAAD shorts– Restore User Defined Settings of STAAD || Customization of UI || File Auto-recovery
Static Seismic with IS1893 - pt.7: Time period for Walls (ST 4,5) || RC, URM Infill Wall || cl.7.6.2
Static Seismic with IS1893 - pt.6: Structure Type (ST) & Time Period || Bare MRF building, RC walls
Static Seismic with IS1893 - pt.5: Basic Seismic Definition || Z,I,RF, DM, SS || Auto-Generate value