Subject
Engineering basics are the fundamental formulas that underpin most of the specialised calculations used to define the properties and performance of everything we see and use in our daily lives. They include: bending, torsion, tension, energy, power, flow, elasticity and thermodynamics.
Not only does every calculator produced by CalQlata make use of these formulas but Engineering Basics can be used to determine their input variables.
The engineering basics calculator includes the following calculation options along with a selection of calculators that may benefit from its support:
Bending
{Beams, Beams+, Bending Moments, Shock Loads, Floors, Walls, Barriers & Tanks & Fatigue}
Torsion
{Shafts, Bearings (low friction), Bearings (plain), Screw Threads & Gears}
Columns
{Column Buckling, Piling, Upheaval Buckling}
Fluids
{Pipe Flow, Pipe Flow+ & Pipe Strength}
Spring Frequency
{Spring Coefficients, Mode Shapes & Spring Strength}
Motor Power
{Electrical Current plus all listed for Twisting a Bar above}
Elastic Constants
{too many to list}
Energy
{Explosions, Fluid Numbers, Fans, Elliptical Curves in conjunction with the Laws of Motion}
Capstan Theory: {Friction}
PVRT {Fans, Fluid Numbers, Partial Pressures, Pipe Flow, Pipe Flow+, Pressure Vessels}
For help using this calculator see Technical Help
Engineering Basics Calculator  Options
All calculation options in this calculator work in the same way. The input and output values are the same. You continue to enter the data you know and the engineering basics calculator will fill in the missing data as soon as it has sufficient information. i.e. you enter: the known values, and Engineering Principles will calculate: the unknown value(s)
BENDING (beam)
This is the wellknown threesided formula used to establish the characteristic reactions of a beam under direct bending.
You enter the known values from: 
and the engineering basics calculator will provide: 


TORSION (bar)
This is the wellknown threesided formula used to establish the characteristic reactions of a bar under direct torsion.
You enter the known values from: 
and the engineering basics calculator will provide: 


AXIAL (column)
This is the wellknown threesided formula used to establish the characteristic reactions of a column under axial load.
You enter the known values from: 
and the engineering basics calculator will provide: 


INCOMPRESSIBLE FLOW (Bernoulli)
Engineering Principles compares the inlet vs outlet performance of a fluid through a pipe assuming no losses.
You enter the known values from: 
and the engineering basics calculator will provide: 


ELASTIC CONSTANTS
All solid materials have related elastic properties that describe their two and threedimensional behaviour under stress. These properties are all used in engineering calculations to define the behaviour of elastically deformable materials.
You enter the known values from: 
and the engineering basics calculator will provide: 


MOTOR POWER
This calculation option deals with the relationship between power/speed/torque.
You enter the known values from: 
and the engineering basics calculator will provide: 


ENERGY
Assuming no losses, the energy of an object dropped from a known height (Potential) is the same as it falls (Kinetic) and as it deforms itself and/or another object on impact (Deformation). So long as you know a little bit about the object in any of the above conditions all the unknown characteristics in all three conditions can be calculated. You need to enter about three properties (dependent upon which they are) and Engineering Principles will calculate the other four.
You enter the known values from: 
and the engineering basics calculator will provide: 


IDEAL GAS LAW
This calculation option defines the relationship between gas pressure, temperature and volume.
You enter the known values from: 
and the engineering basics calculator will provide: 


CAPSTANS
We all know that you can hold back a much heavier load with a rope or cord if you wind (or wrap) it around a tree. Capstan Theory will tell you how many times around the tree you will need to wrap it to achieve an acceptable holdback tension.
You enter the known values from: 
and the engineering basics calculator will provide: 


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