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C. V. R. Murty
Journal Article
Learning earthquake design and construction 3. What are magnitude and intensity?
Resonance, 2004, Volume 9, Number 9, Pages 79-83
Learning earthquake design and construction 5. What are the seismic effects on structures?
Resonance, 2004, Volume 9, Number 10, Pages 78-81
Learning earthquake design and construction 17. How do earthquakes affect reinforced concrete buildings?
Resonance, 2005, Volume 10, Number 4, Pages 83-86
Learning earthquake design and construction 22. Why are short columns more damaged during earthquakes?
C V R Murty
Resonance, 2005, Volume 10, Number 10, Pages 88-91
Learning earthquake design and construction 21. Why are open-ground storey buildings vulnerable in earthquakes?
Resonance, 2005, Volume 10, Number 10, Pages 84-87
Learning earthquake design and construction 23. Why are buildings with shear walls preferred in seismic regions?
Resonance, 2005, Volume 10, Number 11, Pages 85-88
Learning earthquake design and construction 6. How architectural features affects buildings during earthquakes?
Resonance, 2004, Volume 9, Number 10, Pages 82-85
Learning earthquake design and construction 13. Why should masonry buildings have simple structural configuration?
Resonance, 2005, Volume 10, Number 2, Pages 79-82
Learning earthquake design and construction 10. How flexibility of buildings afftects their earthquake response?
Resonance, 2004, Volume 9, Number 12, Pages 74-77
Learning earthquake design and construction 19. How do columns in RC buildings resist earthquakes?
Resonance, 2005, Volume 10, Number 6, Pages 78-81
Keywords Twist in buildings - earthquakes
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