Project no.9
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1) The document describes the design and analysis of a commercial building using ETABS software, AutoCAD, and manual calculations according to Indian codes and standards. 2) Key aspects of the building include a flat slab design for all floors, an RCC basement and retaining walls, a parking basement, showrooms on the ground floor, and commercial and office space on upper floors. 3) Manual calculations were done to verify the results from ETABS for slabs and to cross-check the software outputs.
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This document compares and contrasts the CAD software AutoCAD and the BIM software Revit. It summarizes the key differences between the two, including that AutoCAD is 2D-based for drafting while Revit is 3D model-based and allows for building information modeling across a project's lifecycle. The document then demonstrates how to model a residential building using both AutoCAD to generate 2D floor plans and Revit to create 3D models, elevations, sections and schedules. It finds that Revit provides more integrated and consistent information for coordination during design.
CURRICULUM VITAE_Balu
- Balakrishna H has over 5 years of experience as a design engineer in the aerospace domain using CAD software like CATIA V5.
- He has expertise in aircraft structural design, electrical wire harness design, and 3D modeling for clients such as Boeing, Bombardier Transportation, and Vought Aerospace.
- His professional experience includes projects involving aircraft interior design, aircraft structural modifications, wire harness installation design, and rail vehicle component design.
Rajshekar_resume.
- Rajshekar is seeking a position that allows him to apply his 8 years of experience in CATIA V5 fixture design for automotive OEMs.
- He has extensive experience designing BIW welding fixtures, ablages, and grippers for both robotic and manual assembly lines.
- Some of his project clients include Audi, Daimler, Volkswagen, BMW, Volvo, Ford, and AMG.
Development_of_Computer_Aided_Critical_Lift_Planning_Software-libre
The document discusses the development of a computer aided critical lift planning system using parametric modeling software Autodesk Inventor. Existing critical lift planning tools have limitations and do not fully automate the planning process. The system developed in Autodesk Inventor aims to improve on previous tools by incorporating additional features like clearance checking, bearing pressure calculations, and 3D simulation of single and multiple crane lifts. The architecture of the new system is presented, which uses Autodesk Inventor for 3D modeling, Visual Basic for the interface and programming, and Microsoft Access for storing load chart data. The system is meant to make the critical lift planning process more efficient and reliable.
Amol Moghe Resume
Moghe Amol Sukumar is a senior design engineer with over 5 years of experience in the railway and automobile domains. He has extensive experience using CATIA V5 for part, sheet metal, and assembly design. Some of his responsibilities include designing rail components, sheet metal forming and joining processes, application of GD&T, and creating documentation like drawings and bills of materials. He has worked on projects for Bombardier Transportation in Canada involving the design of sidewalls, interior linings, and undercarriage components for monorail vehicles. He is proficient in CAD tools like CATIA V5 and PDM/PLM systems like Enovia 3D COM.
Sridhar resume latest ver 1
This document contains a resume for Sridhar V. It summarizes his contact information, work experience, technical skills, education qualifications and projects. He has over 5 years of experience in aerospace and material handling equipment design using CAD software like CATIA and AutoCAD. His experience includes validation of AIRBUS structural components and drafting interior parts for aircraft. He has a BE in Mechanical Engineering and is proficient in modeling, drafting, GD&T and working in a team environment.
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Project no.9
- 1. ABSTRACT About Designand Analysis of a (C+G+5)CommercialBuilding (R.C.C): The Design and Analysis of slabs, beams, columns and footings were completed using theory from Reinforced Concrete Design and Structural Analysis by ETABS software which uses limit state method conforming to Indian Standard Code of Practice. Drawings were done using AUTO-CAD. To prevent the misuse of these software applications, the Limit State Design was exclusively used as a hand calculation method to verify the output from ETABS. Manual design calculations were done to double-check the software results. In this project we design the slabs only with ETABS software; the remaining will be designed as manual. Tasks: 1. The structural design and analysis of commercial building with R.C.C frame structure in which, ALL floor slab designed as FLAT slab and basement retaining walls with R.C.C 2. Basement is planned for Parking. 3. Ground floor for Showrooms. 4. Upper frame for Commercial and Office Space. 5. The drawing and design of the structure is done on AUTO-CAD and ETABS software’s respectively. 6. Manual design calculations of slabs were done to cross-check the ETABS results. Description: The Design of Commercial Building with both software and manual interfaces helps in reducing economy in construction without reducing the strength and serviceability of the structure as a whole. The software’s used are ETABS and AUTO-CAD and manual designing in carried out by LIMIT-STATE METHOD. Ground floor which are provided with wider entrances are designed for showrooms, whereas as typical floors is designed for office use and other commercial purposes. The Basement is designed for a sufficient & comfortable parking space.