Blogs and Articles
Epoxy flooring offers diverse solutions tailored to specific industrial, commercial, and aesthetic needs. From self-leveling and mortar epoxy for durability to decorative options like metallic and terrazzo epoxy, each type addresses unique functionality, safety, and design requirements. This guide helps you understand and choose the best epoxy flooring for your use case.
Jan 24,2025
9 mins
The Quadricon Modular Bridge System (QMB), co-developed by Shakuntala Bhagat, revolutionized bridge construction with its prefabricated, modular components that are cost-effective, easy to transport, and can be assembled by unskilled labor. Widely used in over 20 countries, QMB has been vital for infrastructure development and disaster relief. Bhagat’s innovation not only transformed global connectivity but also inspired women in engineering, leaving a lasting legacy of progress and inclusion.
Jan 16,2025
3 mins
The Brooklyn Bridge, completed in 1883, was built using massive underwater caissons, where workers faced extreme conditions and the deadly Caisson Disease. Despite these risks, the bridge became an engineering marvel and a symbol of human resilience. It stands today as a tribute to the innovation and sacrifices that shaped New York City.
Jan 16,2025
3 mins
The Acropolis of Athens showcases ancient Greek engineering brilliance, built without mortar yet standing strong for over 2,400 years. Builders used precision-cut Pentelic marble blocks that fit perfectly, reinforced by hidden iron or bronze clamps sealed with lead for flexibility and rust prevention. Gravity and the immense weight of the stones created natural stability. The post and lintel system, along with advanced techniques like column entasis and platform curvature, enhanced strength and visual harmony. This ingenious design has influenced modern earthquake-resistant architecture, proving that ancient innovations still inspire resilient construction today.
Jan 16,2025
2 mins
Machu Picchu, built by the Incas in the 15th century, showcases remarkable engineering in a seismically active zone. Its mortar-less stone construction uses precisely cut, interlocking stones that can shift during earthquakes and settle back without collapsing, ensuring resilience. The site’s celestial alignment, especially the Intihuatana Stone, reflects the Incas' advanced astronomical knowledge, marking solstices with precision. Additionally, 60% of Machu Picchu’s infrastructure is underground, featuring an intricate drainage system and terraces that prevent erosion and manage rainfall. This blend of structural brilliance and environmental harmony makes Machu Picchu an enduring marvel of ancient engineering.
Jan 16,2025
4 mins
The Van Gogh-Roosegaarde Cycle Path in Nuenen, Netherlands, beautifully merges art and sustainability by recreating the swirling patterns of "The Starry Night" with glow-in-the-dark phot luminescent stones and solar-powered LEDs. Designed by Daan Roosegaarde, this 600-meter path offers an eco-friendly, energy-efficient lighting solution that reduces carbon emissions and light pollution. It stands as a stunning example of how innovative design can honor art while promoting sustainable infrastructure.
Jan 16,2025
2 mins
Venice, a city built on water, is an extraordinary feat of engineering. Settlers in 452 AD transformed the soft, muddy Venetian Lagoon into a thriving city by driving wooden piles deep into the ground and capping them with water-resistant Istrian stone. Lightweight brick buildings with flexible lime mortar and iron reinforcements ensured durability. Ingenious systems collected fresh rainwater and used tidal flushing to manage waste. However, Venice now faces challenges from sinking foundations and rising sea levels. Projects like the MOSE barriers aim to protect the city, but its future remains uncertain.
Jan 16,2025
3 mins
The Florence Cathedral’s iconic dome, designed by Filippo Brunelleschi, is a masterpiece of Renaissance engineering, featuring a revolutionary double-shell design and a custom-built mechanical crane that enabled its construction without scaffolding. The dome’s innovative structure and the lantern atop it provided both stability and beauty, influencing architectural design for centuries. Brunelleschi’s ingenuity not only solved unprecedented construction challenges but also laid the groundwork for modern engineering advancements.
Jan 16,2025
3 mins
The Leaning Tower of Pisa is an architectural wonder that has defied gravity and time, captivating engineers and historians alike. Here’s an in-depth look at why it tilted, how it was stabilized, and the science behind its resilience against earthquakes.
Jan 15,2025
2 mins