The intent of this course is to give you a steady clear idea about buildings behavior during earthquakes and how it's possible to enhance its behavior in resisting ground shaking.
The importance of this course is giving the engineer the capability to optimize the adopted structural system behavior and be able to understand from where came the standards' requirements.
Multiple concepts and important subjects will be covered in a straight forward manner, short videos and quizzes, in order to provide the essential information without wasting your time.
IITK - Bmtpc
In this lecture you will learn how earthquake take place and what are their effect on structures
In this lecture you will understand how the architectural shapes of structure affect their behavior in resisting the earthquakes.
How buildings react to earthquakes and their architecture can be enhanced for better resistance
In this lecture i will explain the overall concept of twisting and what we have torsion in the buildings during the ground shaking, along with some solutions to how enhance their performance
In this lecture you will have a general idea about building material and we will feature the importance of the ductility and its importance in the structures.
In this lecture you will understand the behavior of flexible buildings VS ductile and how buildings oscillate during earthquakes.
How building twist during ground shaking and how much important is the ductility to enhance the overall building behavior.
In this lecture we will highlight the performance of masonry walls and the importance of vertical reinforcement of these walls,
Structural Engineer & Technical Controller having an experience for more than 5 years.
Have an extended knowledge in International standards & regulations. CSI certified.
Worked on large scale projects. Review and check the adequacy of structural computations, design using finite elements software (CSI Certified). Seismic design verification and special provisions analysis along with the adopted standards.