OpendTect is a free, open source seismic interpretation system and software development platform. The system supports all tools needed for visualizing, analyzing and interpreting 2D, 3D and 4D seismic data. It is widely used for Geo-Radar interpretation as well.

dGB's software products can be split into two parts: open source and closed source.

The open source part is OpendTect, a seismic interpretation software system for processing, visualizing and interpreting multi-volume seismic data, and for fast-track development of innovative interpretation tools.

The closed source part starts with OpendTect Pro, a commercial layer on top of OpendTect with a lot of extra functionalities, especially for professionals. OpendTect Pro can be extended by renting or purchasing commercial plugins that offer unique seismic interpretation workflows.

• Placing, points, curves, and line streams
• Editing text
• Working with dimensions
• Element attributes
• Changing the display and scales of various lifestyle types
• Working with groups
• Modifying and manipulating fences
• Using measure commands
• Working with cells

Move is Midland Valley's next generation of modelling software. It is built around the need to use the dynamic geological model to validate concepts and analyse static and dynamic data. The software is designed to provide analysis of structural and whole earth systems using geological time as a constraint to both forward and reverse modelling. Move adds new capability and a scenario based approach to both 2DMove and 3DMove as well as other third party modelling systems.

Fully updated with the latest AISC and ICC codes and specifications, Handbook of Structural Steel Connection Design and Details, Second Edition, is the most comprehensive resource on load and resistance factor design (LRFD) available. This authoritative volume surveys the leading methods for connecting structural steel components, covering state-of-the-art techniques and materials, and includes new information on welding and connections. Hundreds of detailed examples, photographs, and illustrations are found throughout this practical handbook.

Handbook of Structural Steel Connection Design and Details, Second Edition, covers:

PDF-eXPLODE, an electronic document bursting or report bursting tool, makes it easy and cost-effective for small businesses to get their customers’ invoicing, vendors’ remittances and employee payslip information to the relevant people on time. It will definitely save you heaps of money.

 

Since its creation in 2003 by Remi Arquier, Unfold3D was one of the first commercial software capable of automatically flattening 3D mesh geometries as the same time as preventing from stretching and distortion. Then, it rapidly found its place in the computer graphic industry while being adopted by many freelancers and major studios out there. Also, its core algorithms are now integrated in standard into Autodesk Maya. Today, following the path towards an ideal tool set capable of segmenting, flattening and packing UVs without any manual intervention, Rizom-Lab focuses on enhancing our technology, and making it available to 3D artists and product designers.

Steel connection analysis and checking is one of the most complex problems in structural engineering, and even though we use very powerful computing tools, it is still generally done using very simplistic approaches. Fromthe point of view of a typical structural engineer, the problem to solve is to design and check nodes, not single connections, i.e. a number of connections between a number of different members – maybe tens or even hundreds of load combinations, inclined member axes, and generic stress states. In a typical 3D structure there may be several tens of such nodes, or maybe even hundreds, which may be similar, or may be different from one another; identifying nodes that are equal is one of the problems that the designer has to face in order to reduce the number of different possible solutions, and in order to get a rational design. However, this problem of detecting equal nodes has not been sufficiently researched, and there are currently no tools that are able to properly solve this issue. If posed with the due generality, the problem of checking 3D nodes of real structures has not been solved by automatic computing tools. Also, because a general method of tackling all these problems is apparently still lacking, usually a few "cooking recipes” have been used to solve a limited number of typical, recurring (2D assimilated) nodes. Indeed, it often happens that true, real world nodes have to be analyzed by such recipes, despite the fact that the basic hypotheses needed to apply these recipes do not always hold true. This poses a serious problem because although these "cooking recipes” have been widely used, in the past few years they have been applied to 3D structures designed using computer tools, in the non-linear range, perhaps in seismic areas, and with the aim of reducing the weight of steel. The effects of such oversimplification have already been seen in many structures where steel connections have failed, especially in seismic areas (e.g. Booth 2014), but even in non-seismic areas (e.g. White et al. 2013, Bruneau et al. 2011). Generally speaking, it is well known that connections are one of the most likely points of weakness of steel structures, one of the most cumbersome to design – indeed one of the least designed – and one of the least software-covered in structural engineering.

Carlosn SurveyGNSS post-processing software is a fully automated solution designed to easily process raw GNSS data from different receiver brands. It is an open solution that processes GPS as well as Glonass signal. With Carlosn SurveyGNSS, all you need is your GNSS data files and a link to the Internet. At the touch of a single key, Carlosn SurveyGNSS searches the Internet to retrieve the best base station data. It's advanced algorithms process your source data to get the best accuracy out of your GNSS raw data. Carlosn SurveyGNSS is compatible with multiple base station networks as well as multiple raw data formats. It provides all the flexibility you need with its graphical (Plan View) and Windows Explorer (Project Manager) user interfaces.