Assessfy Pvt. Ltd Moderate 4 milestones 50 marks

Failure of Foundation Due to Earthquake

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

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About this project

Failure of Foundation Due to Earthquake

Objective: Investigate the causes and mechanisms of foundation failure during earthquakes and propose mitigation strategies.

Context: Many Indian structures suffer severe damage or collapse during earthquakes due to poor foundation design and soil-structure interaction issues. Addressing these failures is crucial for public safety and resilient urban development.

What you'll build: You will analyze different types of foundation failures using case studies, simulate soil-structure interaction under seismic loads with PLAXIS or SAFE, and use soil testing kits and CAD tools to model scenarios. Recommendations for improved foundation design will be developed based on simulation results.

Deliverables: A technical report including simulation outputs, failure analyses, and design recommendations for earthquake-resistant foundations.

Milestones
1. Analysis of foundation failure types
10 marks 7d
Research and summarize at least three distinct types of foundation failures caused by earthquakes, referencing real-world case studies. Submit a concise document (500-700 words) that explains the mechanisms, typical triggers, and consequences of each failure type. Ensure clarity and use diagrams or images to illustrate failure modes.
2. Model simulation under seismic loads
10 marks 7d
Develop and run a simulation model of a foundation system subjected to seismic loading, using appropriate software (e.g., PLAXIS, SAP2000, or OpenSees). Submit the model files, input parameters, and a brief report (300-500 words) interpreting the results, highlighting observed failure patterns and critical stress points.
3. Recommendations for improvement
15 marks 7d
Based on your analysis and simulation, compile a list of at least three actionable recommendations to improve foundation resilience against earthquakes. Justify each recommendation with evidence from your findings and relevant engineering standards. Submit a structured document (400-600 words) with clear, technically sound reasoning.
4. Final report
15 marks 9d
Integrate your previous work into a comprehensive final report (1500-2000 words) that covers failure analysis, simulation methodology and results, and improvement recommendations. Ensure logical flow, technical accuracy, and proper citation of sources. Include all relevant figures, tables, and appendices for full assessment.
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Upcoming sessions
SessionWindowEnrolled
Failure of Foundation Due to Earthquake 11 Jun 2026 to 10 Jun 2028 0
Skills you'll learn
Soil-structure interactionFoundation designEarthquake engineering
Tools used
PLAXIS/SAFE Soil testing kits CAD software Case studies
Prerequisites
Soil mechanics Structural analysis Seismic loading
Available mentors
Priyang Kumar
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Failure of Foundation Due to Earthquake

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