Prof. Varma has dedicated his academic and professional life to the development of innovative steel-concrete composite structures for the built infrastructure including commercial and residential buildings, and industrial structures such as nuclear power plants. He has conducted fundamental research including large-scale experimental investigations and numerical analyses to evaluate and improve the structural behavior of steel-concrete composite members, connections, and overall structural systems subjected to various extreme loading conditions including seismic, fire, blast, and missile impact loading. His research products are the basis of (and directly cited in) several AISC codes/specifications for the design of steel-concrete composite structures for building structures and safety-related nuclear facilities. These codes/specifications govern the design and construction of all steel building structures and safety-related nuclear facilities in the US and are also used/referenced extensively around the world by engineers, consultants, regulators, and building officials.
EdX
Discover the essential concepts and practical applications of designing steel-concrete composite structures with our expert-led course. Learn to create resilient and effective structural systems through an in-depth exploration of composite beams, columns, and walls. Gain valuable skills applicable to a wide range of construction projects worldwide.
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Discover essential concepts and practical applications in the design of welded built-up steel plate girders. This course covers key aspects such as proportioning, analyzing flexural and shear strengths, and ensuring local and global stability. Ideal for engineers working on bridges or buildings requiring transfer girders.
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Dive into the essential world of steel structure connections with our comprehensive online course. Gain a deep understanding of how to effectively design and analyze steel connections under various load conditions, including eccentrically loaded bolted and welded connections, moment connections, and those transferring concentrated forces. This course is perfect for structural engineers looking to refine their skills in connection design.
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Dive into the world of structural analysis with our comprehensive course on Elastic Stability and Behavior of Members. Gain a deep understanding of critical design principles, including bifurcation method and energy methods, to ensure the safety and reliability of your structures. Learn how to apply differential equations for accurate column buckling analysis.
EdX
Discover the critical principles behind ensuring stability in structural elements with our 'Stability and Design of Structural Members' course. Designed for engineers and construction professionals, this program explores buckling analysis and its application to beam and column design, equipping you with the knowledge to create safe and reliable structures.
EdX
Discover the key principles behind stable and efficient structural framing with our 'Stability and Design of Structural Frames' course. This expert-led program delves into essential topics such as beam-column behavior, frame stability analysis, and advanced second-order analysis techniques. Whether you're a budding engineer or an experienced professional looking to refine your skills, this course will equip you with the knowledge needed for effective structural design.