Maple Flow provides a freeform, paper-like, calculation environment. Maple Flow lets you:
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Design engineers need to ensure code compliance with readable, auditable calculation reports. This is especially significant in critical applications such as structural steel design.
Structural engineers often need to develop auditable calculation reports to deliver to regulatory bodies or clients. They also need to use tabulated libraries of structural steel properties, such as the American Institute of Steel Construction (AISC) shapes database
Structural engineers use Maple Flow for the standards-based calculations for reinforced concrete design.
The calculations are often described in guides such as AASHTO, ACI and Eurocodes.
Wood is an important green construction material in North America and, increasingly, elsewhere. Since trees capture carbon, the use of timber in construction is growing.
Civil Engineers use Maple Flow for calculations in open channel flows, riprap sizing, and many other applications in hydraulics and hydrology.
Highway engineers employ Maple to determine the thickness of pavements layers, determine highway superelevation, investigate curvature alignment, and design the signs over freeways.
During the initial design phase, Civil Engineers need to estimate the influence of heating and cooling loads on the thermal envelope of the building. Maple Flow offers a built-in database of humid air properties. Allied with the checks and balances offered by units, Maple Flow is an efficient tool for building thermal design.
Geotechnical engineers need to analyze the behavior of soil and earth materials. This is necessary for the reliable design of footings, or to examine the stability of slopes