Assessfy Pvt. Ltd Moderate 6 milestones 50 marks

Earthquake Vibration Control Using Modified Frame-Shear Wall

Real-world project · AICTE-aligned · AI-graded · Audit-ready certificate

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About this project

Earthquake Vibration Control Using Modified Frame-Shear Wall

Objective: Analyze and optimize earthquake vibration control using modified frame-shear wall systems.

Context: Earthquake resilience is critical for Indian infrastructure, where conventional building designs often fail under seismic loads.

What you'll build: Using AutoCAD and STAAD Pro/ETABS, you'll model structural systems, perform seismic load analysis, and compare modified frame-shear wall designs with traditional approaches. Simulations and material models will support your findings.

Deliverables: Structural models, simulation results, comparative analysis report, and final presentation.

Milestones

Acknowledge your understanding of the project scope and objectives by submitting a brief project plan outlining your intended approach, key tasks, and timeline. Ensure your plan references the use of modified frame-shear wall systems for earthquake vibration control.

2. Literature review of shear wall systems

10 marks 6d

Summarize and synthesize at least 10 recent peer-reviewed articles or technical papers on shear wall systems, focusing on their design, performance in seismic events, and innovations. Submit a written review highlighting key findings, gaps, and relevance to your modified frame-shear wall approach.

3. Structural model development

10 marks 6d

Develop a detailed structural model of a building incorporating your proposed modified frame-shear wall system using structural analysis software (e.g., ETABS, SAP2000). Submit model files and a document describing geometry, material properties, boundary conditions, and assumptions. Ensure the model is ready for seismic load application.

4. Seismic load analysis

10 marks 6d

Apply appropriate seismic loading scenarios to your structural model based on relevant codes (e.g., IS 1893, ASCE 7). Submit a report detailing the load cases, analysis procedures, and resulting structural responses (displacements, forces, etc.), including annotated output from your modeling software.

5. Comparative study with conventional systems

10 marks 6d

Conduct a side-by-side comparison of your modified frame-shear wall system with a conventional frame-shear wall system under identical seismic loads. Submit a comparative analysis report with quantitative results (e.g., drift, base shear, stress distribution) and clear visualizations (tables, graphs) highlighting performance differences.

6. Final report and presentation

10 marks 6d

Compile a comprehensive final report including all previous milestone outputs, discussion of results, conclusions, and recommendations for future work. Prepare a 10-minute presentation summarizing your methodology, findings, and the advantages of your modified system. Submit both the written report (PDF) and presentation slides (PPT or PDF).

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Upcoming sessions

Session	Window	Enrolled
Earthquake Vibration Control Using Modified Frame-Shear Wall	11 Jun 2026 to 10 Jun 2028	0

Skills you'll learn

Structural analysisEarthquake engineeringAutoCAD/STAAD ProLoad and stress calculations

Tools used

STAAD Pro/ETABS AutoCAD Simulation software Building material models

Prerequisites

Basics of structural design Seismic forces and load combinations Material strength concepts

Available mentors

Priyang Kumar

Free

You'll earn — Certificate (PDF)

AICTE-aligned Project Completion Certificate

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Earthquake Vibration Control Using Modified Frame-Shear Wall

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