In physiology and medicine, the Body Surface Area (BSA) is the measured or calculated surface of a human body. For many clinical purposes BSA is a better indicator of metabolic mass than body weight because it is less affected by abnormal adipose mass. Estimation of BSA is simpler than many measures of volume. BSAcalc is the freeware program for the calculation of the Surface Area of the Body. The distinctive feature of BSAcalc is that it has a large selection of formulas for the calculation. These latest updates to the BSAcalc include calculation the Body Mass Index (BMI). BMI is a simple index of weight-for-height that is commonly used to classify underweight, overweight and obesity in adults. BMI is defined as the weight in kilograms divided by the square of the height in meters (kg/m2). BMI has been used by the World Health Organization as the standard for recording obesity statistics since the early 1980s. BMI is an inexpensive and easy-to-perform method of screening for weight categories that may lead to health problems. Simple convenient user interface.

ANALYSIS:
Use of highly flexible, general, finite element method
Static analysis of 2D trusses
Unlimited number of Nodes and Bars
All type of boundary conditions (fixed, rollers, etc.)
Translational and rotational spring supports
Initial displacement conditions
Rapid model creation, no need to first define nodes and then elements, nodes are produced automatically
Consideration of thermal loads

PRE-PROCESSING:
Top quality graphics rendering, full GUI
All major measure units are included. Immediate switch to other measure units during work is supported.
Very easy model creation
Embedded library with major steel section shapes
Definition of custom sections
Embedded library with major materials (wood, steel, concrete)
Definition of custom materials
Rapid modification of the material properties
End release options
Rapid application of distributed loads
Application of time dependent loads at each time step graphically

POST-PROCESSING:
Drawing of the deformed shape of the given model
Analytical view of the results of analysis
Drawing of axial-shear force diagrams and bending moment diagram
Internal forces calculation at each location along the members
Stress calculation at the top and bottom section fiber along each member
Graphic representation of every model parameter (internal forces, moments, displacements, rotations, reactions) vs. time
Drawing axial – shear force and bending moment diagrams at each time step
Drawing of deformed shape at each time step
High quality analysis reports with all analysis results, including stress, internal forces and displacements diagrams, as well as drawings of the static model, its deformed shape and the axial-shear forces and moment diagrams
Professional looking analysis reports

ANALYSIS:
Use of highly flexible, general, finite element method
Static analysis of multi span beams, 2D trusses and 2D frames
Unlimited number of Nodes and Beams
3 Degrees of freedom per Node, 6 per Beam
All type of boundary conditions (fixed, rollers, etc.)
Translational and rotational spring supports
Initial displacement conditions
Rapid model creation, no need to first define nodes and then elements, nodes are produced automatically
Consideration of thermal loads

PRE-PROCESSING:
Top quality graphics rendering, full GUI
All major measure units are included. Immediate switch to other measure units during work is supported.
Very easy model creation
Embedded library with major steel section shapes
Definition of custom sections
Embedded library with major materials (wood, steel, concrete)
Definition of custom materials
Rapid modification of the material properties
End release options
Rapid application of distributed loads
Application of time dependent loads at each time step graphically

POST-PROCESSING:
Drawing of the deformed shape of the given model
Analytical view of the results of analysis
Drawing of axial-shear force diagrams and bending moment diagram
Internal forces calculation at each location along the members
Stress calculation at the top and bottom section fiber along each member
Graphic representation of every model parameter (internal forces, moments, displacements, rotations, reactions) vs. time
Drawing axial – shear force and bending moment diagrams at each time step
Drawing of deformed shape at each time step
High quality analysis reports with all analysis results, including stress, internal forces and displacements diagrams, as well as drawings of the static model, its deformed shape and the axial-shear forces and moment diagrams
Professional looking analysis reports