focusing on the analysis and design principles of prestressed concrete structures. It is designed for civil and structural engineering students, providing a comprehensive, mechanics-based approach to understanding how prestressed concrete members behave under load.
In this book I have attempted to cover both these phases of analysis and in addition discuss the problem of assessing load factors. Because the subject is relatively new, each separate section starts from basic principles, it being assumed that the reader has had no previous knowledge of ultimate load analysis. This is particularly true of the section on yield-line analysis where the solutions …
Buku ini memperkenalkan salah satu teknologi bahan beton ringan yaitu beton non pasir atau beton yang tidak atau sedikit meng-gunakan agregat halus (pasir) dalam campurannya, beton ini memiliki sifat dapat melewatkan air yang besar (permeabilitas tinggi), berbobot ringan dengan penggunaan semen yang minim.
The 4th edition of Reinforced Concrete Fundamentals by Phil M. Ferguson, published in 1981, is a textbook that demonstrates the behavior of reinforced concrete members and assemblages at every load stage, focusing on the "flow" and physical basis of the design process. The fourth edition was notable for its change to adopt SI units.
Design of Prestressed Concrete Structures covers the fundamental theory, behavior (service & ultimate loads), and practical design methods for both fully and partially prestressed members, integrating principles with major building codes (like ACI, Eurocodes) and using worked examples for clarity, focusing on core concepts like material properties, loss of prestress, deflection, and crack control.
appears to be the word "abstracts" misspelled or in a different language (likely Indonesian or Malay based on search results). The book, Structural Design Guide To The ACI Building Code, is a technical reference for practicing structural engineers, intended to help them interpret and apply the requirements of the American Concrete Institute (ACI) building code (specifically ACI 318) for reinf…
index : hlm. 327
The primary objective of this textbook is to present the theory of reinforced concrete design as a direct application of the laws of statics and mechanics of materials, emphasizing that successful design must be both code-compliant and practical for timely and cost-effective construction with a long service life.
revolve around using the correct proportions of quality raw materials (cement, water, aggregates, admixtures) and ensuring proper execution through all stages of the process, including mixing, transport, placement, compaction, and curing.
This second edition of Reinforced Concrete Design has been brought out incorporating the recent revisions in IS 456 : 2000 and related codes, latest developments in the field and certain additional topics suggested by users of the first edition. The contents of the first edition have been thoroughly reviewed and updated, the examples and answers to problems reworked to incorporate the many chan…