in:Flux is CFD software that analyses ventilation and gas dispersion within complex geometries. It is aimed at all engineers, including those who have never previously performed a CFD themselves. The speed and simplicity of in:Flux is unrivaled.  Organizations can now carry out CFD modeling at a fraction of the time and cost associated with other CFD products.

• The only CFD software specifically designed for dispersion and ventilation analyses, eliminating the need of expertise to ‘tweak’ general purpose codes.
• Interface directly with many CAD formats (DGN, DWG, DXF, IGES, STEP, OBJ, STL), no approximations are made to the CAD geometry.
• All meshing, boundary conditions, and numerical setup is automated.
• Post-processing visuals can be added after calculations have finished rather than hope planes defined prior to the simulation contain relevant information.
• Once the process is understood, multiple simulations can be set up very quickly as simulations are automatically scheduled without the need of scripting.

EKKO_Project is the all-inclusive software solution for managing, displaying, processing and interpreting GPR data. Once the Ground Penetrating Radar (GPR) data collection in the field is complete, the next step is to pull out the key information and images and generate a final report. The EKKO_Project software makes complex GPR analysis easy with intuitive tools to organize, edit, process and plot your GPR data. Powerful visualization, analysis and integration tools allow you to quickly and easily produce impressive reports. EKKO_Project consists of a base program with optional modules. The base package provides file organization, quick visualization of your project information in a single window and automated reporting. EKKO_Project works with project .gpz files automatically exported from current GPR systems. An embedded database structure allows all GPR data and ancillary files (GPS, topography, photos, notes, etc.) to be housed in a single .gpz file for a specific project. A project file could contain a single GPR line or several hundred lines from a complex survey. Legacy .dt1 and .hd files can also be imported. Any available project information can easily be added to the .gpz file, providing a single point for all your survey information.

Vespa MSE (Mechanically Stabilized Earth) Design Software is different. Created by experts in MSE design, Vespa saves time by automating processes currently done manually, and by integrating the design and drawing process. Compared to existing MSE Design Software options, Vespa increases design efficiency, improves accuracy, and promotes a seamless flow of information between design stages and parties. Vespa allows the user to import grading and layout information directly from CAD using a CAD routine called AWall that is included with the Vespa Software package. The AWall CAD routine allows the designer to lay out the proposed wall right on the CAD grading plan to show accurate plan views of the wall, and then can export the wall geometry to Vespa. Once the wall geometry is imported or manually input, the user can then design walls using ANY user input or Vendor supplied Modular Block/Geogrid combination. Vespa then generates full wall layouts with accurate quantity estimates and comprehensive reports. The Vespa Calculation Engine can simultaneously run Static, Seismic, and ICS Analysis in accordance to NCMA or AASHTO (LRFD) Design Methodologies. Vespa MSE Design Software is built around the understanding that the goal of the Design Engineer is to produce a set of clear, comprehensive construction drawings. That’s why Vespa automatically generates CAD cross sections and elevation views of the walls you’ve just designed. Once the design is complete, Vespa also allows you to export the wall geometry, soil conditions, and loading conditions to select Global Stability software programs. Vespa MSE Design Software helps put all parties on the same page and all the pieces of the design puzzle together. For the MSE Designer, the real time savings you gain using Vespa can pay for itself on the very first project.

This is updated keygen. Product keys are in the file \product keys\product.keys.2019.txt

LizardTech GeoExpress – программное решение для сжатия растровых изображений в наиболее популярные и эффективные компактные форматы: MrSID и JPEG 2000 (соответствующий стандартам ISO). GeoExpress обладает инструментами для редактирования геоданных, балансировки цветов, компрессии в заданной области и создания мозаики из снимков с различным разрешением.

PipeFitPro - плагин для AutoCAD, в котором очень удобно чертить трубопроводы (трубы, арматуру, фитинги, фланцы ...) в 2D и 3D.

If your looking for powerful Engineering Software that that gets the job done, look no further. Mech-Q is AutoCAD Mechanical, Structural, HVAC, and Piping all in one suite!

The Heat Exchanger Design Handbook (HEDH) had its origins in the 1970s when, under the chairmanship of Professor Ernst Schlilnder, a group of us began to discuss the possibility of a handbook dealing with all aspects of heat exchanger design and operation including the basic design methodology, the associated heat transfer and fluid flow technology and the physical data required for design. This led to the adoption of a structure consisting of 5 Parts as follows:

Statistician is a comprehensive yet simple to use add-in for Microsoft Excel 2007 or later. The software performs high quality statistical analysis based on series of easy to use forms, activated via the Excel ribbon. Statistician works in a unique way when compared to other Excel based statistical analysis software. Most importantly, it allows the user to store a data set and perform multiple analyses on it, a method used by all high end statistical software, but lacking in many other Excel add-ins which require the user to reselect data over and over again when they return to the spreadsheet. Many customers, having used alternative statistical data analysis products in the past, are amazed by not only how powerful and reliable Statistician is, but how quick and easy it is to use.

The VDI-Warmeatlas or VDI Heat Atlas has a long-lasting history and it can be considered as a standard book for heat exchanger and process engineering equipment design. It is not conceived as a textbook presenting an overall view of the theoretical or experimental findings in heat transfer sciences. The aim was and is to present and explain the state of the art of engineering methods to solve industrially relevant heat transfer problems for apparatus design and process modeling. The first German edition was published in 1963. The sixth German edition was translated into English to meet the demands of the more and more internationally acting industry. This first English edition was published in 1992. Since then, the German edition was regularly updated until the tenth edition published in 2006. In view of today’s globally acting industry, the editorial board felt the necessity to revise the English edition in order to account for the most recent state of our knowledge. Instead of only translating the latest German edition, we preferred restructuring it at the same time because this also enabled us to include new subjects and to update methods according to the recent state of the art. This new structure will also serve as a basis for the forthcoming German edition. On behalf of the editorial board, I express my sincere thanks to the authors of the various sections for their contributions and kind cooperation. The editorial work was coordinated and assisted by Mrs. Sigrid Cuneus from Springer-Verlag, Berlin. We are indebted to her for the efficient work and pleasant collaboration. We are also grateful to Mrs. Tina Shelton from the Reference and Database Publishing group, Springer Reference Editorial, India, who handled the editorial workflow.