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No matter where we are and what we are doing, steel is always present in our lives, at work or in our leisure time, sometimes even as a work of art. Steel is indispensable, recyclable and has a very special significance: In our modern industrial society, steel is the basic material for all important industrial sectors, such as automotive and shipbuilding, apparatus and mechanical engineering, bridge and structural steel engineering, energy and environmental technology, the packaging industry, the household and sports industry, medical technology, hydraulics and pneumatics, and many more. Today, the large-scale production and processing of steel is state of the art and the variety of steels developed is impressive. This world of steel is constantly evolving and has become astonishingly diverse, indeed so complex that it is not easy to keep track of in practice. The aim is to give the reader an understanding of this world, not in a highly scientific way, but in a technically correct and easily understandable way: from steel production, ingot and continuous casting, forming and mechanical processing to finishing, testing and packaging of the products, the processes and equipment predominantly used throughout, including the environmentally compatible recycling and disposal of waste. Interesting applications will also be highlighted. The target groups Students, practitioners, engineers and anyone interested in the history of technology. The content Systematization of materials - The material steel - Alloying elements and steel properties - Steel production - Forming - Heat treatment of steel - Materials testing - Production engineering processes - Finishing - By-products and waste - Steel in everyday life - Steel in the future - Chronological table on iron and steel - Glossary The author Dr.-Ing. Joachim Schlegel: Steel shaped his professional life as a mechanical engineer, rolling mill operator, researcher, salesman, product manager, customer consultant and lecturer (continuing education).

Building design --- Building materials. Building technology --- Civil engineering. Building industry --- bouwkunde --- ingenieurswetenschappen --- bouwmaterialen --- Steel, Structural.

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No matter where we are and what we are doing, steel is always present in our lives, at work or in our leisure time, sometimes even as a work of art. Steel is indispensable, recyclable and has a very special significance: In our modern industrial society, steel is the basic material for all important industrial sectors, such as automotive and shipbuilding, apparatus and mechanical engineering, bridge and structural steel engineering, energy and environmental technology, the packaging industry, the household and sports industry, medical technology, hydraulics and pneumatics, and many more. Today, the large-scale production and processing of steel is state of the art and the variety of steels developed is impressive. This world of steel is constantly evolving and has become astonishingly diverse, indeed so complex that it is not easy to keep track of in practice. The aim is to give the reader an understanding of this world, not in a highly scientific way, but in a technically correct and easily understandable way: from steel production, ingot and continuous casting, forming and mechanical processing to finishing, testing and packaging of the products, the processes and equipment predominantly used throughout, including the environmentally compatible recycling and disposal of waste. Interesting applications will also be highlighted. The target groups Students, practitioners, engineers and anyone interested in the history of technology. The content Systematization of materials - The material steel - Alloying elements and steel properties - Steel production - Forming - Heat treatment of steel - Materials testing - Production engineering processes - Finishing - By-products and waste - Steel in everyday life - Steel in the future - Chronological table on iron and steel - Glossary The author Dr.-Ing. Joachim Schlegel: Steel shaped his professional life as a mechanical engineer, rolling mill operator, researcher, salesman, product manager, customer consultant and lecturer (continuing education).

Civil engineering. --- Building materials. --- Buildings—Design and construction. --- Civil Engineering. --- Building Materials. --- Building Construction and Design. --- Engineering --- Public works --- Architectural materials --- Architecture --- Building --- Building supplies --- Buildings --- Construction materials --- Structural materials --- Materials --- Steel, Structural. --- Structural steel --- Building materials --- Civil engineering --- Girders --- Building, Iron and steel --- Iron and steel bridges --- Iron, Structural --- Structural steel industry

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Building, Iron and steel. --- Concrete-filled tubes --- Design and construction. --- CFTs (Concrete-filled tubes) --- Concrete-filled fiber-reinforced polymer tubes --- Concrete-filled FRP tubes --- Concrete-filled high-strength steel tubes --- Concrete-filled steel tubes --- Fiber-reinforced polymer tubes, Concrete-filled --- High-strength steel tubes, Concrete-filled --- Polymer tubes, Concrete-filled fiber-reinforced --- Steel tubes, Concrete-filled --- Concrete construction --- Tubes --- Architectural engineering --- Engineering, Architectural --- Iron and steel building --- Iron construction --- Steel and iron building --- Steel construction --- Girders --- Graphic statics --- Iron --- Steel --- Iron, Structural --- Steel, Structural

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This book describes the application of mathematical and fundamental theory as stated in the relevant standards, namely EYM and NDS. Timber is one of the important building materials in the field of engineering, other than concrete and steel. However, there is still a lot of unexplored knowledge about timber, including how timber connections are made. One of the main types of timber connection is mortise and tenon. Mortise and tenon are widely seen as one of the most important traditional timber structural joint. In order to understand the load-carrying capacity and performance of the structural mortise and tenon joint, the existing theoretical background of timber joint design is made as a reference. Current equations applicable in estimating the load-carrying capacity of timber joint uses the European Yield Model (EYM). Therefore, the main aim of this book is to share the basic design knowledge, inclusive of safety factor limitations (as engineering main factor) in structural design.

Light construction. --- Steel construction. --- Lightweight construction. --- Building materials. --- Timber. --- Light-weight Construction, Steel and Timber Construction. --- Wood, fabric, and textiles. --- Building Materials. --- Structural Materials. --- Forest production --- Building materials --- Forest products --- Lumber trade --- Forests and forestry --- Lumber --- Tree farms --- Trees --- Wood --- Architectural materials --- Architecture --- Building --- Building supplies --- Buildings --- Construction materials --- Structural materials --- Materials --- Construction, Lightweight --- Light construction --- Light weight construction --- Minimum weight construction --- Architectural engineering --- Engineering, Architectural --- Iron and steel building --- Iron construction --- Steel and iron building --- Steel construction --- Girders --- Graphic statics --- Iron --- Steel --- Iron, Structural --- Steel, Structural --- Timber joints. --- Building, Wooden --- Wood joints --- Joints (Engineering) --- Joints

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This book presents articles from The 17th East Asian-Pacific Conference on Structural Engineering and Construction, 2022, organized by National University of Singapore. These peer-reviewed articles, authored by professional engineers, academics and researchers, highlight the recent research and developments in structural engineering and construction, embracing the theme- “Towards a Resilient and Sustainable City”. The papers presented in this proceeding provide in-depth discussions with key insights into the future research, development and engineering translation in structural engineering and construction.

Buildings—Design and construction. --- Building materials. --- Mechanics, Applied. --- Solids. --- Sustainable architecture. --- Light construction. --- Steel construction. --- Lightweight construction. --- Offshore structures. --- Building Construction and Design. --- Structural Materials. --- Solid Mechanics. --- Sustainable Architecture/Green Buildings. --- Light-weight Construction, Steel and Timber Construction. --- Offshore Engineering. --- Construction, Lightweight --- Light construction --- Light weight construction --- Minimum weight construction --- Building --- Architectural engineering --- Engineering, Architectural --- Iron and steel building --- Iron construction --- Steel and iron building --- Steel construction --- Girders --- Graphic statics --- Iron --- Steel --- Iron, Structural --- Steel, Structural --- Marine structures --- Offshore installations --- Structures, Offshore --- Hydraulic engineering --- Ocean engineering --- Eco-architecture --- Environmentally conscious architecture --- Environmentally friendly architecture --- Green architecture --- Green building design --- Green design (Buildings) --- Sustainable design (Buildings) --- Architecture --- Sustainable design --- Solid state physics --- Transparent solids --- Applied mechanics --- Engineering, Mechanical --- Engineering mathematics --- Architectural materials --- Building supplies --- Buildings --- Construction materials --- Structural materials --- Materials --- Construction industry --- Construction industry. --- Structural engineering. --- Engineering, Structural --- Structures, Engineering of --- Engineering --- Building industry --- Home building industry