Extreme Loading of Structures

Extreme Loading of Structures serves as a valuable resource for graduate studies or as a reference for practicing engineers and covers various topics including tornado and tornado-generated missiles, vehicular collision, vessel collision, blast, ice load, earthquakes, and more.

Extreme Loading of Structures serves as a valuable resource for graduate studies or as a reference for practicing engineers and covers various topics, including tornado and tornado generated missiles, vehicular collision, vessel collision, blast, ice load, earthquake ground motion and more. While focusing mainly on extreme loadings, analytical procedures through which the effects of extreme loads on structures can be assessed are included as well. National design standards and other design specifications are referenced and used throughout the text.

Features:

• Offers comprehensive coverage on extreme loading scenarios such as tornadoes, vehicular and vessel collisions, blasts, ice loads and earthquake ground motions
• Provides analytical methods for assessing various load impacts on structures, referencing national design standards and specifications throughout

• Systematically organizes specific types of extreme load into separate chapters, with detailed explanations of related design criteria and computational procedures for each

  Autorentext

  Tim Huff has more than 35 years of experience as a practicing structural engineer. Dr. Huff has worked on building and bridge projects in the United States and has contributed to projects in India, Ethiopia, Brazil, the Philippines, and Haiti as a volunteer structural engineer with Engineering Ministries International. He is a faculty member of the Civil & Environmental Engineering Department at Tennessee Technological University in Cookeville, where he resides with his beautiful and talented wife, Monica, an artist and teacher.

  Inhalt

  Chapter 1. Introduction

Chapter 2. Tornado and Tornado-Generated Missiles

Chapter 3. Vehicular Collision

Chapter 4. Vessel Collision

Chapter 5. Blast Loading

Chapter 6. Ice Loading

Chapter 7. Earthquake Ground Motion

Bibliography