A Conceptual Study On Structural Audit Practices For Bungalows Using Ndt Methods

• Author(s):

  Ms. Harsada Patil | Ms. Swapnali Patil | Ms. Trupti Nanaware, Ms. Pradnya Madane | Ms. PratikshaPatil, Mr. Sudarshan Kanade6

• Keywords:

  Structural Health Monitoring, Non-Destructive Testing, NDT Methods, Bungalows, Predictive Maintenance, Ultrasonic Pulse Velocity, Concrete Testing, Structural Audits, Remote Sensing, Data Analytics..

• Abstract:

  This Study Presents A Conceptual Analysis Of Structural Audit Practices For Bungalows Using Non-Destructive Testing (NDT) Methods. Structural Health Monitoring (SHM) Plays A Crucial Role In Assessing The Integrity Of Buildings By Detecting Potential Damage Such As Material Degradation, Cracks, And Other Structural Anomalies. In Residential Structures, Especially Bungalows, The Application Of NDT Methods Like Ultrasonic Pulse Velocity (UPV), Rebound Hammer Testing, And Core Concrete Sampling Provides Valuable Insights Into The Condition Of Concrete Without Causing Damage. These Techniques Ensure Effective, Cost-efficient Maintenance Of Buildings While Extending Their Lifespan. The Research Highlights The Growing Adoption Of NDT Methods In Residential Building Maintenance, Particularly In Regions Like Pune, India, Where Many Bungalows Are Decades Old. By Combining Different NDT Techniques, Engineers Can Create A Detailed Evaluation Of A Structure's Condition, Guiding Repair And Reinforcement Decisions. As These Methods Evolve, There Is A Shift Toward Predictive Maintenance, With Machine Learning And AI Integration Offering The Potential For More Accurate Assessments And Earlier Detection Of Degradation. This Study Also Discusses The Potential For Sustainable Practices, Such As Reusing Concrete Materials, Supported By The Data Gathered From NDT Methods. The Findings Suggest That NDT Can Significantly Improve The Management And Longevity Of Bungalow Structures While Reducing Environmental Impacts Associated With Demolition And New Construction.

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Other Details

• Paper id:

  IJSARTV11I6103784

• Published in:

  Volume: 11 Issue: 6 June 2025

• Publication Date:

  2025-06-16

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