SoftGuide > Functions / Modules Designation > Mass determination

Mass determination

What is meant by Mass determination?

"Quantity takeoff" refers to the process of calculating material quantities or labor efforts in construction projects or other engineering projects. Typically, this involves determining the required quantities of construction materials such as concrete, steel, masonry, piping, and other building materials, as well as calculating labor hours or days for various construction activities.

Typical functions of software in the field of "quantity takeoff" include:

  1. Material quantification: The software enables accurate quantification of material quantities based on the specific requirements and dimensions of the project.

  2. Automated calculations: Automated features facilitate the calculation of material quantities and labor efforts by using complex mathematical formulas and algorithms.

  3. Integration of construction plans: The software can import and analyze construction plans or technical drawings to determine material quantities for various components.

  4. Reporting: Creation of detailed reports on the calculated material quantities and labor efforts for transparent documentation and communication in the construction project.

  5. Flexibility: The ability to use various units and measurement systems and adjust the results according to project requirements.

  6. Cost estimation: Based on the determined material quantities and labor efforts, the software can also estimate the expected costs for the construction project.

 

The function / module Mass determination belongs to:

CAD

2D and 3D construction
3D molecule modeling
3D space curves
Acceleration loads
Area of action creation
automated drop test
automatic center surface meshing
bolted joints
CAM System
CASE
CASE with UML
Circuit diagram creation
Circuits and systems
Column sinking
Compensator calculations
Component groups
Conjugate heat flow
Current carrying capacity
Current, voltage and resistance measurement
Deformation and vibration calculations
Deformation plots
Detection of curvatures
DIN 66025 / ISO 6983
Duplication assistant
Dynamic or Transient Response
Eccentric beam loads
Effect avoidance
equation-based modeling
Exploded view
Form changes and post modeling
Frequency domain calculations
frequency response
Front views
heat transfer
Installation plans
Insulations
Interaction with beams
Isometry creation
Lighting calculation
linear buckling
linear statics
Mapped mesher
Measured value display
Measurement data acquisition
Media DIN EN 13779
Multilayer
Overshoot
Partial construction
Partial dismantling
Partial strands
Particle count measurement
Path model functions
PCB and printed circuit board design
Physical calculations
Physical monitoring
physical notations
Pipe classes
Pipe lengths
Pipe production
Planning variants and perspectives
Plot jobs
Pneumatic circuit diagrams
Pneumatics
Point motions
point, line and area loads
Prefixes
Reductions
Relay cards
Reuse of constructions
Roof slopes, doors and windows
Section creation
Shell thickener
Signal sequences
Simulation
Stability failure
Standards, catalogs and pipe classes
static fatigue
static/steady state calculations
Subgrade reaction modulus method
surface contact
Technical documents, standards
Temperature loads
Tetrahedral refiner
Trigger conditions
Vibration measurement
Vibration shapes
Viewer for external data
Viewing copy
Welding gaps
Zone management

Software solutions with function or module Mass determination:

ALPI CANECO HT + TCC
ALPI Caneco Implantation
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