SoftGuide > Functions / Modules Designation > Insulations

Insulations

What is meant by Insulations?

The term "insulation generation" refers to the process of automated creation and management of insulation data for pipelines, equipment, and other components in the design and execution of industrial and building systems. The goal is to calculate and document the correct insulation of pipelines and equipment to minimize energy losses and optimize operating costs.

Typical software functions in the area of "insulation generation":

  1. Insulation Thickness Calculation: Automated calculation of the required insulation thickness based on pipe diameters, temperatures, and energy efficiency requirements.
  2. Creation of Insulation Plans: Creation and management of detailed insulation plans for pipelines and equipment, including the visualization of insulation on 3D models.
  3. Material Selection and Management: Selection and management of appropriate insulation materials according to technical requirements and standards.
  4. Cost Estimation: Calculation of the costs for materials and labor required for insulation, including the creation of cost estimates and reports.
  5. Integration with Engineering: Integration of insulation data into existing engineering and design software to ensure consistent and error-free planning.
  6. Documentation and Reporting: Creation of documentation and reports on insulation details, including insulation material certificates and installation instructions.
  7. Change Management: Management of changes and adjustments to insulation plans during the project, including documentation and tracking of changes.
  8. Standards and Regulatory Compliance: Ensuring that insulation measures comply with relevant standards and regulations, including updates when standards change.

 

The function / module Insulations belongs to:

CAD

2D and 3D construction
bolted joints
CAM System
CASE
CASE with UML
Column sinking
Component groups
Conjugate heat flow
Detection of curvatures
Effect avoidance
frequency response
heat transfer
Interaction with beams
linear buckling
linear statics
Mapped mesher
Partial construction
Partial dismantling
Partial strands
point, line and area loads
Reuse of constructions
Section creation
Shell thickener
Stability failure
static fatigue
Subgrade reaction modulus method
surface contact
Technical documents, standards
Temperature loads
Tetrahedral refiner
Vibration shapes
Zone management

Software solutions with function or module Insulations: