Design Resources - ASCE Standard ASCE 7-98 BOCA IBC

Minimum Design Loads for Buildings and...

1996 BOCA National Building Code

The BOCA National Building Code 2000

To Engineer Is Human: The Role of...

Simplified Engineering for Architects...

Civil Engineering Sample Examination

Building Code Requirements for...

Structural Steel Design LRFD Method

Guide to Stability Design Criteria for...

Roark's Formulas for Stress and Strain

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This comprehensive reference contains derivations for application of accepted structural theory. It is full of general and specific information for use in analysis and design of steel structures and components. It contains in-depth fully worked out example problems which can be directly applied to practical structural engineering projects. Some of the important general topics in this text are Tension and Compression Members, Fasteners and Welding, Beam Flexure and Torsion, Continuous Beams, Plate Girders, Biaxial Bending, Connections, Frames, and Composite Steel-Concrete Construction. Conforms closely with AISC requirements.

This comprehensive reference contains derivations for application of accepted structural theory. It is full of general and specific information for use in analysis and design of concrete footings and foundations. It contains in-depth fully worked out example problems which can be directly applied to practical structural engineering projects. Some of the important general topics in this text are Geotechnology, Bearing Capacity, Settlement, Soil Repair, Mat Foundations, Lateral Earth Pressure, Retaining Walls and Sheet-Piling, Piles and Dynamic Analysis. Conforms closely with ACI requirements.

This comprehensive reference contains derivations for application of accepted structural theory. It is full of general and specific information for use in analysis and design of reinforced concrete structures and components. It contains in-depth fully worked out example problems which can be directly applied to practical structural engineering projects. Some of the important general topics in this text are Beams, Slabs, Walls, Columns, Footings, and Formwork. Conforms closely with ACI requirements.

This comprehensive reference contains applications of accepted structural theory. It is full of general and specific information for use in analysis and design of  structures and components. It contains in-depth fully worked out example problems which can be directly applied to practical structural engineering projects. Part 1 contains college-required strength of materials theory. Part 2 contains advanced theory.

This simplified reference contains applications of accepted structural theory. It is full of general and specific information for use in analysis and design of steel structures and components. It contains clear fully worked out example problems which can be directly applied to practical structural engineering projects. Some of the important general topics in this text are Beams, Roof and Floor Framing, Columns, Bolted and Welded Connections, Trusses, and Plastic Behavior. Conforms closely with AISC requirements.

This simplified reference contains applications of accepted structural theory. It is full of general and specific information for use in analysis and design of reinforced concrete structures and components. It contains clear fully worked out example problems which can be directly applied to practical structural engineering projects. Some of the important general topics in this text are Beams, Floors, Walls, Columns, and Footings. Conforms closely with ACI requirements.

This outline reference contains applications of accepted structural theory. It is full of general and specific information for use in analysis and design of steel structures and components. It contains over a hundred of clear fully worked out example problems which can be directly applied to practical structural engineering projects. Some of the important general topics in this text are LRFD, Tension, Compression, Flexure, Torsion, Composite Members, and Connections.

This outline reference contains applications of accepted structural theory. It is full of general and specific information for use in analysis and design of reinforced concrete structures and components. It contains hundreds of clear fully worked out example problems which can be directly applied to practical structural engineering projects. Some of the important general topics in this text are Loads, Beams, Deflections, Columns, Footings, Slabs, and Retaining Walls. Conforms closely with ACI requirements.

This outline reference contains applications of accepted structural theory. It is full of general and specific information for use in analysis and design of  structures and components. It contains hundreds of clear fully worked out example problems which can be directly applied to practical structural engineering projects. Some of the important general topics in this text are Force Systems, Friction, Stress and Deformation, Connections, Centroids, Section Properties, and Combined Stresses.

Like a virtual blackboard inside your computer. Define your variables. Write your equations and relationships. Get immediate results. Change your variable values and get a new solution instantly. Does all arithmetic, algebra, trigonometry, calculus, differential equations, vectors, matrices, and more. Then it graphs in many formats two or three dimensionally. Keeps track of units.

Wouldn't want to calculate any other way!

Same as above - only BIGGER, BETTER, and NEWER.

I don't work without it!