At Jayashree Consultant, we conduct comprehensive evaluations of structural integrity, deterioration, and misuse over time using modern scientific methods. Our approach involves a cyclic process of preliminary assessments, detailed inspections, material testing, and structural analysis to ensure reliability and safety. For structures in critical conditions, we recommend immediate actions followed by detailed interventions when necessary.
We perform thorough historical surveys to understand the building's concept, construction techniques, and alterations made over its lifetime. Our team meticulously documents past phenomena, including seismic history and degradation events, ensuring accurate records for conservation efforts.
Our experts conduct scientific analysis of heritage materials such as stone, lime mortar, clay mortars, and timber using advanced techniques like optical microscopy and X-ray diffraction. We specialize in identifying material composition (e.g., calcite, quartz) and damage mechanisms to guide restoration processes effectively.
We focus on developing restoration materials that are chemically and physically compatible with original ones to maintain structural authenticity. Our team employs advanced techniques to replicate lime mortars and other traditional materials effectively.
Our reliability assessments are based on current codes and actual material properties rather than historical design standards. We perform structural analysis considering ultimate and serviceability limit states using updated inspection data.
We test ancient materials according to Indian standards to evaluate their mechanical properties and durability under environmental stressors. Our comprehensive approach incorporates both destructive and non-destructive testing methods for accuracy.
Jayashree Consultant promotes sustainable restoration practices using eco-friendly materials like lime-based mortars and timber treatments. We emphasize minimizing environmental impact while preserving heritage value in all our restoration projects.