Publish Date: 3 September 2015
Author Name: Peter A. Claisse
This book was written by Peter A. Claisse about the material which needs in civil engineerings Such as Steel and timber. The new modern technology of civil engineering deals with construction materials as well as advanced materials. Present-day materials, for example, polymers and composites are making progress in the development business. Huge research on these materials has prompted better comprehension of these materials and enhanced their quality and strength execution. The customary materials utilized today are far better than those of the past, and new materials are by and large extraordinarily created to fulfill the requirements of structural designing applications. Download this book right now from our site: Civil engineering PDF
To a structural specialist, the execution of materials in structures and their capacity to oppose different burdens are of prime significance. This lab test work is planned to help understudies in the structural building to comprehend the physical and auxiliary properties of regular development materials. This includes the investigation of Portland bond concrete and solid influencing materials (to bond, totals, and so forth.), black-top solid, steel, and timber, with minor reference to other propelled materials.
Civil Engineering Material Features:
- This book was about all the modern material which make a good construction.
- This book refers to the High-quality material.
- From this, you can get unlimited information about all materials.
- In the field of civil engineering, Some modern materials are used such as Steel, Timber, Asphalt, and Portland Cement Concrete.
- All those material in this book is often used in many constructions.
Table of Contents:
- Chapter 1 – Units
- Chapter 2 – Strength of materials
- Chapter 3 – Failure of real construction materials
- Chapter 4 – Thermal properties
- Chapter 5 – Pressure
- Chapter 6 – Electrical properties
- Chapter 7 – Chemistry of construction materials
- Chapter 8 – Properties of fluids in solids
- Chapter 9 – Transport of fluids in solids
- Chapter 10 – Transport of ions in fluids
- Chapter 11 – Ionising radiation
- Chapter 12 – Variability and statistics
- Chapter 13 – Use of test results
- Chapter 14 – Specifications and standards
- Chapter 15 – Reporting results
- Chapter 16 – Testing construction materials
- Chapter 17 – Introduction to cement and concrete
- Chapter 18 – Cement and cement replacement materials
- Chapter 19 – Aggregates for concrete and mortar
- Chapter 20 – Hydration of cement
- Chapter 21 – Concrete mix design
- Chapter 22 – Testing wet and hardened concrete
- Chapter 23 – Creep, shrinkage, and cracking of concrete
- Chapter 24 – Admixtures for concrete
- Chapter 25 – Durability of concrete structures
- Chapter 26 – Production of durable concrete
- Chapter 27 – Assessment of concrete structures
- Chapter 28 – Mortars and grouts
- Chapter 29 – Special concretes
- Chapter 30 – Steel
- Chapter 31 – Corrosion
- Chapter 32 – Alloys and nonferrous metalsChapter 33 – Timber
- Chapter 34 – Masonry
- Chapter 35 – Plastics
- Chapter 36 – Glass
- Chapter 37 – Bituminous materials
- Chapter 38 – Composites
- Chapter 39 – Adhesives and sealants
- Chapter 40 – Comparison of different materials
- Chapter 41 – New technologies
About the Author:
Peter A. Claisse Editor-in-Chief, MethodsX. Professor Peter Claisse graduated with a degree in Physics from Oxford University and then spent the next 9 years working as a Civil Engineer on major UK construction sites.