Madras Terrace Construction: Seismic Upgrade of a Historic Composite Floor Slab System

Krishnachandran, S.; Menon, Arun; Kurri, Karunakar Reddy

doi:10.1080/15583058.2022.2033886

Cited by 2 publications

(1 citation statement)

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“…In this context, Krishna Chandran and colleagues conducted research investigating the lateral load response of the Madras Terrace floor-a traditional timber-supported composite brick-floor system in southern India, dating back a century. Their research revealed the resilience and resistance of this traditional system, indicating its potential for resurgence [4] A static analysis model of the "Humayun Palace" a cultural heritage building of Tamil Nadu that was built in 1700's was developed after conducting a structural assessment by Muthukumaraswamy, by referring original design documents obtained from historical records. This thorough examination encompassed all aspects of the three-story structure, ranging from the ceiling slab system and the roof tiles.…”

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Chepauk Palace: A Comparative Study of Green Construction Methodologies of the Tamil Nadu Palaces and Modern Practices

Shabnum,

Sharmila

2024

Advances in Economics, Business and Management Research

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A comparative study of green construction methodologies between Tamil Nadu palaces and modern practices involves examining the sustainable building techniques employed in traditional palaces in Tamil Nadu, India, and contrasting them with contemporary green construction methods. Traditional palaces often use locally sourced and sustainable materials like wood, stone, lime, and clay. These materials were readily available, reducing transportation-related environmental impacts. Design features such as thick walls, courtyards, and natural ventilation helped regulate indoor temperatures without excessive reliance on external energy sources. Traditional water harvesting systems like step wells and tanks were common in palaces to collect and store rainwater. Modern green building construction materials include recycled steel, bamboo, engineered wood, and sustainable concrete alternatives. Green constructions integrate energy-saving technologies such as solar panels, HVAC systems optimized for efficiency, and intelligent building designs to reduce energy usage. Sustainable water management involves rainwater harvesting, greywater recycling, and efficient plumbing systems to minimize water wastage. Green building design considers the site's natural features, maximizing natural light, and incorporating landscaping for energy efficiency and aesthetic appeal. Green construction focuses on reducing, reusing, and recycling materials. Comparing green construction methodologies between Tamil Nadu palaces and modern practices involves assessing material choices, energy efficiency, water management, design principles and cost implications. Based on the above-mentioned factors this study provides valuable insights into adapting traditional sustainable practices to contemporary construction. I have incorporated the recently renovated Chepauk Palace in Chennai as the case study for the comparison of traditional and modern green construction practices.

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Chepauk Palace: A Comparative Study of Green Construction Methodologies of the Tamil Nadu Palaces and Modern Practices

Shabnum,

Sharmila

2024

Advances in Economics, Business and Management Research

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Sustainable Development Goals and the Debate of Demolition Versus Conservation of Built Heritage in a Developing Economy

Menon

2023

IABSE Congress, New Delhi 2023: Engineering for Sustainable Development

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<p>Conservation of listed heritage buildings and infrastructure in a city or a town is typically mandated by byelaws and regulations in several states in India unless such properties are protected by central or state archaeology departments as national or state monuments under the AMASR Act (Ancient Monuments and Archaeological Sites and Remains Act). Although grading and listing may exist in some towns and cities, many heritage buildings and infrastructure are still not protected through necessary legislation. Whatever the legal status, under the growing pressures of infrastructure development and renewal in a developing economy such as ours, the debate between conservation and demolition is at an important crossroads. Application of guidelines developed in the western world (e.g., ICOMOS principles) may be debatable without due consideration of context, constraints, and aspirations in large developing economies.</p><p>What do the UN's Sustainable Development Goals (SDG) 2030 have to say about conserving and revitalizing existing infrastructure, with or without cultural (or heritage) value? What is the basis for such an approach? And what are the criteria to verify whether it is logical to conserve or to demolish and redesign and rebuild. How should we consider the tangible and intangible elements of built heritage? The current paper attempts to examine this pertinent problem, often faced by primary stakeholders, conservation professionals (architects and engineers) and lawmakers, from the key perspective of structural safety and structural rehabilitation or retrofit. In an era, when sustainability, ecological and environmental awareness and cost-effectiveness together are emerging as determinants of development, how do they impact conservation of built heritage?</p>

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Madras Terrace Construction: Seismic Upgrade of a Historic Composite Floor Slab System

Cited by 2 publications

References 30 publications

Chepauk Palace: A Comparative Study of Green Construction Methodologies of the Tamil Nadu Palaces and Modern Practices

Chepauk Palace: A Comparative Study of Green Construction Methodologies of the Tamil Nadu Palaces and Modern Practices

Sustainable Development Goals and the Debate of Demolition Versus Conservation of Built Heritage in a Developing Economy

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