Everyone must agree that to design load on structure is not easy, particularly when it comes to get better planning for creating safety and strong structure during construction of building based on certain requirements and standards of ASCE 37-02. Actually load on such structural building can be categorized into three types: dead, snow and wind loads with wide range of strength and limit variations. So when loads must be designed with certain allowable stress design and safety criteria, structural engineers and practitioners must ensure the loads are capable to allowable safety factor and minimum stress of such construction.

To apply construction methods with certain load combination, it is suggested for you to master how to design load on structure during construction. Yes, it is highly recommended to improve your knowledge how to implement right techniques and analysis of loads by reading the Design Loads on Structures during Construction textbook. This book or reference will help you to determine the minimum loads of design requirements.

Design Loads on Structures during Construction book also will teach you to calculate with probabilistic analysis with some suggested observations particularly if they includes lateral earth pressure and environmental aspect on their design criteria of ASCE 37-02.

Design Loads on Structures During Construction (SEI/ASCE 37-02)
Amer Society of Civil Engineers (March 1, 2002)
Paperback: 36 pages

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The structural analysis is not aimed for static loading only, but also for dynamic loading such as wind, waves, earthquakes and people. That’s why the knowledge of dynamic of structures is important to any determine the behavior of such structures that may vary quickly with change of time.

To understand more about dynamic response to structure, engineers and scientists must need analytical tool to determine such response. Dynamics of Structures book is presented as helpful reference to encompass the theories and application related to design well structures with proper parameters and systems in practical field.

Dynamic structures, 3rd edition provides detailed manner of presentation integrated to modeled systems with formulation of equations, particularly for multi-degree of freedom systems. To plan complex structures, finite element analysis can be applied to process numerical data in order to find solution with right methods, models and numerical techniques.

Dynamics of Structures, 3rd Edition
Anil K. Chopra
Prentice Hall; 3 Edition
912 pages

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When it comes to implement good steel structures design, all engineers and industrial practitioners must have proper knowledge how to construct structural material with correct materials based on their properties, chemical composition and behaviors. The building consultants and structural engineers also need to know to implement the best ways on how to design profile or shape with good strength.

Steel Structures: Design and Behavior book provides basic theories and practices to design structural steel with simple approaches and sophisticated treatment. This 5Th edition book provides helpful fundamentally background for engineers to develop their skill to get quality design based on standards and requirements in order to satisfy strong structure and safety factor.

The author of this Steel Structures: Design and Behavior textbook also includes specific formula of AISC Specifications as international standard in design structural steels of different series. The structure behavior is explained with detailed key concepts so the readers know how to get valuable procedures and techniques to determine the strength of material. Finally this reference is addressed to help engineering students and professionals to gain great knowledge in field of structural steel design.

Steel Structures: Design and Behavior
Charles G. Salmon
Prentice Hall; 5th Edition
888 pages

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For engineering and physical science students, the subject of Finite Element Method is a must because we can implement numerical technique for solving engineering problem in different forms. But how to find best reference that covers comprehensive presentation and analysis of complicated domains in engineering field? It is important to guide us how to find approximate solutions by using standard techniques and correct theories such as beam, plate, shell and elasticity theory.

Finite Element Method: Linear Static and Dynamic Analysis book is designed to help civil engineering students to improve their skill to determine solution for various phenomena, particularly for structural analysis in such construction projects. By simulating problem using FEM techniques, we can minimize weight, materials, and costs based on error estimation theory for design projects with such critical parameters in many industrial applications.

This Finite Element Method book is highly recommended for whoever wants to learn how construct finite element models and get your own objective. It is suggested to learn about engineering mathematics and calculus before reading this book, in order to get better understanding, particularly for discretization of basic order differential equations, approximation and polynomial basis functions.

The Finite Element Method: Linear Static and Dynamic Finite Element Analysis
Thomas J. R. Hughes
Dover Publications, August 16, 2000
672 pages

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For architects, engineers, contractors and owners, getting excellent modeling that represents actual building’s parts and pieces is important to demonstrate the building life cycle and to determine the right plan of construction of process. As modern architectural phases, building information modeling (BIM) or building product model can be utilized as connection of sharing data for handling such project information, based model technology. BIM can be practical guidance for increasing coordination and productivity of construction information in order to reduce cost by obtaining best estimation.

Because of the importance of Building Information Modeling and its related applied tools, civil engineering students, designers, and contractors should understand the concept of BIM technology. That’s why you need excellent reference, like BIM Handbook: A Guide to Building Information Modeling. This book contains the implementation of BIM concepts for designing and constructing buildings, including the legal and organizational aspects.

Building Information Modeling Guide book contains study of industrial cases with advanced tools and technology that correlates to society factor. This reference is aimed to encourage us with new paradigm to build better consistent infrastructures with right decision-making and documentation for less cost, time and labors in all large scale projects. The author of this book also includes the helpful reviews of BIM software products, based on the strength and weaknesses analysis.

BIM Handbook: A Guide to Building Information Modeling for Owners, Managers, Designers, Engineers and Contractors
Chuck Eastman, Paul Teicholz, Rafael Sacks, Kathleen Liston
Wiley (March 3, 2008)
504 pages

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As process of infrastructure assembling, building construction consist of multi tasks those involve planning, scheduling, safety design and environmental aspect for planning project to be real property. To create building structure process, as translation from computer design as basis of drawings to real building, architecture and civil engineering must be fulfill themselves for the right concept for modern building design, including theory and practice.

Building Structures Illustrated: Patterns, Systems, and Design book is designed as helpful reference for students and professionals to understand about principles of structural design system and other related aspects. Francis D. Ching, the author well organizes how to treat the design process with correct composition, pattern, material and code compliance for variety of material taxonomy.

By review on basic structural terminology on its early chapter, Building Structures Illustrated: Patterns, Systems, and Design book covers design issues and load analysis to get lateral stability for both long span and high rise structures with excellent integrated system and building codes. This enjoyable textbook is highly recommended for anyone want to right guide to improve the ability while planning and designing all types of safe building structures, including to answer the challenge to build in earthquake prone areas.

Building Structures Illustrated Patterns, Systems, and Design
Francis D. Ching
Wiley
320 pages

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Do you know minimum load requirement for general structural design, particularly for residential building design? For structural construction design, building load must be designed and analyzed in order to satisfy safety factor or criteria, particularly for complex elements. That is why civil engineering students, architects and practitioners are encouraged to get creative analysis to ensure getting high performance of structure particularly to endure dead loads, live loads, and snow and wind loads.

It is recommended to get helpful reference as best source of technical information, like minimum design loads for buildings and other?  structures. This book includes new ASCE (American Society of Civil Engineers) Standard 7-05, local building codes and 2006 International Building Code for determining the amount of the dead, snow, rain, atmospheric ice, and earthquake loads. It also contains essential explanation to help readers, improve their understanding in order to reach goals, preventing collapses, excessive deflections, cracking and failures, particularly if they are exposed to external environment.

Minimum Design Loads for Buildings book is easily to understand because it is well organized with its figures, tables for providing various weight of materials support, and equations. This textbook is highly recommended for whoever need excellent guidance for your job, project, or practices for students in order to design safely and long life structural building with acceptable manufacturing tolerances and criteria.

Minimum Design Loads for Buildings And Other Structures: SEI/ASCE 7-05
(ASCE Standard)
American Society of Civil Engineers (ASCE)
424 pages

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Building wooden structures for residences and commercial building can be win-win opportunity for construction designer to get efficiently building in order to save time and cost without ignoring environmental factor such as seismic requirement, particularly to create light frame construction with excellent and innovative techniques. There are several things to consider while you planning design wood structures, including material selection, measuring, and construction.

If you don’t understand about advanced techniques to get well design of wooden structures. It is recommended to get best reference as structured material to guide how to improve your design skills in such project, particularly if your are beginner or experienced engineer. Design of Wood Structures book is designed helpful guidance and as best manual for engineered timber construction in construction field, particularly to determine combination of LRFD and ASD loads. This book provides all related techniques and knowledge for actual design criteria in National Design Specification for Wood Construction with latest codes and standard in industry.

To encourage the readers, to improve their ideas to get better design of wooden structure, Design of Wood Structures textbook consists practical design examples with ASD/LRFD specification and equations. It includes the properties of wood and timber grade as important aspect to design beam, forces, and combined loads. This leading text is highly recommended as a course for self study.

Design of Wood Structures-ASD/LRFD
Donald Breyer
McGraw-Hill Professional; 6th edition
1025 pages

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Constructing marine building and offshore concrete structures can be complex because it includes to design and operate the structures with proper equipment to support systems, particularly for building oil platform for various purposes in petroleum industry such as drilling and extraction of crude oil. Now some conceptual studies have been developed to get competitive construction of marine and offshore structures for both fixed and floating steel structures with various types.

For civil and marine or maritime engineering students, project engineers, construction supervision, and planners, it is recommended to read Ben Gerwick’s book, Construction of Marine and Offshore Structures, Third Edition that covers theories and practices of marine and offshore construction for advanced technologies and methods. This reference includes additional discussion in its new topics. The new topics consist liquefaction of loose sediments, scour and erosion, archaeological and physical environmental aspects, advanced material and damage management.

By reading this Construction of Marine and Offshore Structures textbook, the readers easily understand for right concept to build marine structures and they will feel motivated to implement the design of LNG and offshore terminals with wave and wind energy analysis and construct-ability, particularly in deep sea construction.

Construction of Marine and Offshore Structures, Third Edition
Ben C. Gerwick Jr
CRC; 3 edition (March 5, 2007)
840 pages