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Indian Society for Wind Engineering (ISWE), Roorkee
Indian Society for Wind Engineering (ISWE), Roorkee
Positioning of Small Image: The small image (.floating-img) is now positioned using top: 20px and left: 20px to give it some space from the edges of the big image. The small image has a z-index of 10, ensuring it stays on top of the big image. Ensure Small Image Visibility: The issue might have been related to how the small image was positioned outside the visible area or hidden behind the big image. The small image's z-index is now set to a higher value (10) to ensure it’s visible in front of the big image. Result: The big image will be displayed at the center with a fixed size of 600px x 600px. The small image will appear in front of the big image, positioned 20px from the top and 20px from the left. This approach should ensure that the small image is visible and correctly positioned in front of the big image. Let me know if the issue persists or if you'd like further adjustments!
"ISWE has been instrumental in bringing together experts and researchers to advance wind engineering practices in India. Our collective efforts ensure the development of wind-resistant structures and sustainable solutions for the future."
"At ISWE, we strive to bridge the gap between research and real-world applications. Through our seminars and collaborations, we are fostering innovation and enhancing wind engineering practices for safer and more resilient structures."
"Wind effects on buildings and infrastructure demand scientific understanding and precise engineering. ISWE is committed to promoting research and knowledge-sharing to mitigate risks associated with extreme weather events and improve structural safety."
"The role of wind engineering is critical in disaster mitigation and energy sustainability. ISWE continuously works towards integrating research findings into industry practices to build a safer and more efficient future."
"ISWE provides a crucial platform for professionals and researchers to explore cutting-edge solutions in wind engineering. Our goal is to drive technological advancements and create a more wind-resilient built environment."
