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1. THESIS SEMINAR [18ARC83] NAME : HEMANTH KUMAR K Y USN : 1AA20AT025 SEM :VIII SEM ‘A’ SEC SUBJECT TEACHERS : SUSHMA , SANA TOPIC : CRICKET STADIUM AT MYSORE

2. INDEX 1.PROJECT INTRODUCTION & NEED OF STUDY 2.AIM OF THE STUDY 3.OBJECTIVES 4.SCOPE OF THE PROJECT 5.LIMITATIONS OF THE PROJECT 6.BYLAWS AND STANDARDS 7.LITERATURE STUDY 1 8.LITERATURE STUDY 2 9.PHYSICAL CASE STUDY 10.SITE STUDY 11.SITE STUDY

3. PROJECT INTRODUCTION & NEED OF STUDY Cricket, a sport steeped in history and tradition, has a unique place in the hearts of millions worldwide. The stadiums that host this beloved game are more than mere venues; they are hallowed grounds where history is made, and memories are forged. This thesis explores the multifaceted role of cricket stadiums in the context of their architectural design, cultural significance, economic impact, and environmental considerations. Economically, cricket stadiums play a crucial role in the development of their surrounding areas. They generate significant revenue through ticket sales, sponsorships, and broadcasting rights. Additionally, major cricket events attract tourists, boosting local businesses and contributing to the hospitality and service industries. The economic ripple effect of a well-utilized cricket stadium can be profound, impacting urban development and regional growth. This thesis aims to provide a comprehensive analysis of cricket stadiums by examining their architectural elements, cultural relevance, economic impact, and environmental sustainability. Through a multidisciplinary approach, it seeks to offer insights into how these venues can continue to evolve and adapt to meet the demands of modern society while preserving the essence of the sport. NEED OF THE STUDY Architectural Innovation OF DESIGN Cultural Significance and Preservation Economic Impact and Urban Development Environmental Sustainability Fan Experience and Community Engagement Technological Advancements Safety and Security & Accessibilities Global Comparisons COLLECTING DATA THROUGH VARIOUS SOURCES CASE STUDIES UNDERSTANDING THE STANDARDS OF STADIUM DESIGN

4. AIM OF THE STUDY CURRENTLY ONLY 4 STADIUMS IN INDIA HAVING CAPACITY OF 50000 ,IN KARNATAKA THERE IS ONLY 1 STADIUM IN BANGALORE i.e M.CHINNASWAMY STADIUM HAVING CAP OF 33K .NOW A DAYS TO CONDUCT INTERNATIONAL CRICKET MATCHES IT NEEDS 50K + CAPACITY TO MEET THE MORE NUMBER OF SPECTATORS.HENCE GOVERNMENT PROPOSED A CRICKET STADIUM IN MYSURU WHICH WILL MEET INTERNATIONAL STANDARDS AIMING 60K SPECTATORS CAPACITY. OBJECTIVES JUSTIFICATION AS THERE IS NEED OF STADIUM FOR KRANATAKA TO HOST THE RANAJI MATCHES,BYLATERAL SERIES ,TO PROMOTE THE SPORTS GOVERNMENT HAS PROPOSED A CRICKET STADIUM IN MYSURU NEAR YELWALA HOBLI . A SITE OF 26.3 ACRES THE CURRENT ONLY STADIUM IN KARNATAKA STATE HAVING CAPACITY OF 33000 THE KSCA WANT ANOTHER STADIUM HAVING 50K+ CAPACITY TO MEET THE CROWD NUMBERS AS THE AUDIENCE FOR CRICKET IS INCREASING DAY BY DAY BELOW IS THE ARTICLE ABOUT THE SAME FROM TIMES OF INDIA NEWSPAPER The establishment of an international cricket stadium in Mysuru is not only perceived as a significant sporting initiative but also as a catalyst for economic growth in the region. TO KNOW HOW TO ALLOCATE THE SLOPE ARRANGEMENT IN OREDER TO GET THE BETTER VIEWS TO MAINTAIN SECURITY & SAFETY IN THE DESIGN TO INCLUDE THE LATEST TECHNOLOGY IN THE DESIGN ,INCLUDE THE SUB AIR SYSTEM FOR THE OUTFIELD

5. SCOPE OF THE PROJECT RESEARCH METHODOLOGY M CHINNASWAMY STADIUM BANGALORE EDEN GARDENS KOLKATA NARENDRA MODI STADIUM AHMEDABAD 1 2 3 4

6. Facilities: Insufficient Amenities: Limited restrooms, food and beverage outlets, and other essential amenities can lead to long queues and inconvenience for spectators. Accessibility : Lack of proper facilities for disabled individuals, including ramps, seating, and accessible restrooms, can exclude or inconvenience certain groups of people. Weather Dependency : Rain : Cricket is heavily dependent on weather conditions. Rain can disrupt matches, leading to delays or cancellations. Extreme Heat or Cold: In regions with extreme weather conditions, spectators and players can suffer from discomfort or health risks. Pitch Quality : Wear and Tear: Frequent use can lead to the pitch deteriorating, affecting the quality of play and increasing the risk of injuries. Consistency : Maintaining a consistent pitch quality is challenging, leading to variations that can affect match outcomes. Location and Accessibility : Remote Locations: Some stadiums may be located far from city centers, making them less accessible for fans and increasing travel time and costs. Transport Links: Limited public transport options or inadequate parking facilities can make reaching the stadium difficult for spectators. Safety and Security : Crowd Management: Ensuring the safety of large crowds is challenging. Poor crowd management can lead to overcrowding, stampedes, or other security issues. Emergency Services: Limited availability of medical and emergency services can be a significant concern in case of accidents or health emergencies. Technological Limitations : Screen Visibility: In some stadiums, screens displaying scores, replays, and other information may not be visible from all seats. Sound Systems: Poor acoustics or inadequate sound systems can affect the clarity of announcements and reduce the overall experience. Economic Factors : Maintenance Costs: Maintaining a cricket stadium can be expensive, and insufficient funding can lead to deteriorating facilities. Revenue Generation: Limited commercial opportunities, such as corporate boxes or sponsorship deals, can impact the financial viability of the stadium. Environmental Impact : Energy Consumption: High energy usage for lighting, especially for day-night matches, can have a significant environmental impact. Waste Management: Managing waste generated during events can be challenging and environmentally taxing if not handled properly. Regulations and Compliance : Compliance: Meeting various local, national, and international regulations and standards can be complex and costly. Adaptability : Older stadiums may struggle to adapt to modern requirements for sustainability, safety, and technology. LIMITATIONS OF THE PROJECT

7. BYLAWS AND STANDARDS SEATING TYPOLOGIES

8. LITERATURE CASE STUDY – NARENDRAMODI STADIUM , AHMEDABAD

9. PTFE fiberglass tensile membrane roof that cantilevers 30 meters from a perimeter steel tension ring of planar trusses.

10. 2.EDEN GARDENS STADIUM KOLKATA

11. TOP VIEW PLAN CURVED ROOF ROOF STRUCTURE CLADDED WITH METAL SKIN COLUMNS

12. LIVE CASE STUDY M.CHINNASWAMY STADIUM ,BENGALURU The SubAir surface aeration and vacuum-powered drainage system, or simply the SubAir system, refers to a technology that helps prevent water logging as it is capable of draining water 36 times faster than normal conditions. SUB AIR SYSTEM the water evacuation facility in Bengaluru's M Chinnaswamy Stadium is run by a 200-horsepower machine, which is enough to drain a mind-boggling 10,000 litres of water per minute. The world-class operation helps a lot in getting the outfield ready for play within minutes, even after a heavy downpour.

13. SITE STUDY THIS IS THE SITE PROPOSED BY GOVERNMENT WHICH IS 26.3 ACRES IN TOTAL . SURVEY NO 312 & 313 NEAR HUYILALU , YELWALA HOBLI IN OUTSKIRTS OF MYSUU DISTANCE OF SITE FROM AIRPOERT,BUS TERMINAL,RAILWAY STATION RAILWAY STATION MYSURU –HASSAN –MANGLORE HIGHWAY [5KM FROM SITE] MYSURU – BENGALURU RINGROAD[HIGHWAY] 4.5KM FROM SITE THIS SITE IS NOT HAVING PROPER DOCUMENTATION SO IT BELONGS TO THE GOVERNMENT. SURVEY NO : 312:19 ACRE 313:7.3 ACRE TOTAL AREA : 26.3 ACRES IT IS HAVING 2 HIGHWAY NETWORK WITHIN 4.7 KM AND HAS PROPER ROAD NETWORK TO ALL SURROUNDING CITIES .AND IT IS HAVING MORE HIGHWAYS NEARBY AIRPORT IS 22KM & TAKES 30MIN BUS TERMINAL IS 12KM & TAKES 25 MIN RAILWAY STATION IS 11.3KM & 20 MIN SITE

14. SITE MADAGALLI LAKE SITE PHOTO FROM GOOGLE EARTH

15. N *HERE ITS NOT IN SCALE