NEW
P&K TAL2K
Multi-Core
Calculation will run with almost 2-fold (Dual Core) or 4-fold (Quad-Core) the speed.
Cluster
Calculation will run up to 16-fold the speed. (Requires multiple networked sufficient PCs; Special Installation knowledge required.)
P&K 2714
P&K 2714 - Index A - Z
- Alter Column Values considering date and time
- Alter Column Values
- Averaging of non-continuous noises
- Axis settings
- Background Image
- Calculation of the hall interior level
- Calculator
- Central model parameters
- Column Properties
- Combined heat and power station
- Combined heat and power station
- Configuration of the ordinate
- Definition of a receptor point net
- Emission level according to RLS 90
- Emissions level according to Schall 03
- Export data interface to other programs
- Find in table
- Forms and Menus
- Getting Started
- Graphical illustrations
- Graphical Tools for drawing objects
- Illustration of the propagation paths
- List of Extra Objects
- List of Facade sources
- List of Obstacles
- List of Outside sources
- List of spectrums
- List of the receptor points
- List of Traffic Sources
- Muzzle noise of a stack
- Noise of a steam valve
- Noise of an electric motor
- Operation within the tables
- Operations within the graphics
- Parameter of area map output
- Parameter of the analysis
- Parameter of the characteristic output
- Practical execution
- Preliminary Note
- Program description 1)
- Program introduction
- Program Preferences
- Program Version Review
- Report Display
- Report Settings
- Sample from SCHALL 03 with Noise Protection Wall
- Sample reports and Illustrations
- Scaled Printing
- Shape Attributes
- Sound power of fans
- Spectrums catalog
- Table Import Options
1) Program description
1. Introduction
1.1 Sound technical background
1.2 Installation
1.3 Projects
1.4 Integrated help and manual
2. Input data
2.1 Dialogs
2.2 Sources
2.3 Obstacles
2.4 Receptor points
2.5 Spectrums
2.6 Variants
3. Spectrums catalog and generators
3.1 Catalog manager
3.2 Catalog tables
3.3 Calculation forms
3.4 Relative spectrum
3.5 RLS-90 and SCHALL 03
4. Analysis
4.1 Propagation calculation
4.2 Sound power of the source (Lw)
4.3 Solid angle index (Ko)
4.4 Absorption of sound by the atmosphere (Dl)
4.5 Ground/Meteorology attenuation (Dbm)
4.6 Vegetation/Development attenuation (Ddg)
4.7 Insertion attenuation (De)
7.1 Scaling
7.2 Legend
7.3 Object illustration settings
7.4 Illustration of numbers
7.5 Illustration of colored shapes
7.6 Illustration of Isolines