Petroleum Page 132

一款可以对沥青进行测试，并且生成相应的报告的软件。可创建及维护包含所有现场样本数据和实验室检测数据的数据库。维护独立用户，项目和供应商的文件并且与试验数据相关联。可生成覆盖沥青检测结果(Marshall稳定性或Superpave旋转性)， 帐目和项目总结，用户活动和沥青属性验总结的报告。 http://www.mcintyreassociates.ca/Ctrs/index.htm [img]/u/soft/2009-09/22/ctrslogo.gif[/img] Concrete Test Report System Assists materials testing organizations in the management of their concrete testing laboratories. The system creates and maintains a database wherein all field sample data and individual specimen data are recorded. Individual client, project, supplier and mix files are maintained and cross-referenced to all test set and specimen data. Reports can be generated for concrete test results, laboratory scheduling and quality control, statistical analysis, accounting and project summaries, client activity, supplier and mix summaries. Specimen sampling and testing results and overall laboratory proficiency are compared with the appropriate CSA, ASTM and ACI Standards.product:Asphalt Test Report System v4.0.0042 Lanaguage:English Platform:/win2000/winxp Size:8.4MB

A MiniCAD system is available for additional labelling of graphics. The output of the results in a protocol or as a diagram can be carried out on the screen, or to a printer or plotter.As data input is in accordance with Windows conventions it can be learnt almost without the use of a handbook. The graphic output supports the true-type fonts provided by Windows, so that you can be sure of an excellent layout.[img]http://www.ggu-software.com/software/ggu-laboratory/timeset/zeit-setzungsversuch_1.gif[/img]Product:GGU-Timeset 3.84 Lanaguage:english Platform:Winxp/Win7 Size:919KB

Powerful mesh generator with mesh condenser and optimizer import of ASCII-Data Consideration of seepage lines and the unsaturated zone Definition of layer boundaries using fixed values or an interpolation mesh (data import of ASCII-Data of GGU-GEO GRAPH) Graphically oriented data input and editor for fixed boundary conditions such as potentials and single, line or area flux Powerful evaluation tools Color supported presentation of results such as normal, colored or 3-dimensional Iso-lines, tables or circle diagrams Evaluation and presentation of potentials, velocities vx, vy and flux in any cross-section Evaluation and presentation of groundwater level, aquifer thickness, groundwater distance from surface, \”artesian\” areas and \”dry\”areas Evaluation and presentation of flow lines with path and time increment Calculation of differential-maps of two...

The GGU-SEEP program allows the calculation of the following installations for precipitation seepage according togerman ATV A-138 (January 2002):• Surface seepage• Depression seepage• Pipe seepage• Seepage in gravel filled drain trenches• Shaft seepageAs data input is in accordance with Windows conventions it can be learnt almost without the use of a handbook. Thegraphic output supports the true-type fonts provided by Windows, so that you can be sure of an excellent layout. Colouroutput and bitmap graphics are supported.System requirementsGGU-Software runs on PCs with the following specifications:• Pentium I or higher processor• minimum 32MB memory• Microsoft Windows 98, Windows NT, 2000, XP• 10MB free hard disk space• CD-ROM drive (for installation)• VGA or higher resolution monitorProduct:GGU-Seep 7.13 Lanaguage:english Platform:Winxp/Win7 Size:934KB

GGU-Retain allows the dimensioning of sheet pile walls, soldier pile wall , secant pile walls, bored pile walls and diaphragm walls. The program offers comfortable data input with permanent presentation of the system on the screen. Every change of data is shown on the screen, so that optimum control of input data is given. The many means of graphic presentation, to a high standard of quality, make it possible for you to show your calculation results exactly as you wish to. The basis is the \”Recommendations of the Working Group for Construction Pits\” (\”Empfehlungen des Arbeitskreises Baugruben\”) (EAB). Almost all of the suggestions contained therein are taken into consideration. In particular, with a given system, the program will look up,...

Management and presentation of measurements in the form of walking lines and isographs. Data transfer with automatic measurement values (MDS) is possible. One area of application is, for example, the graphical presentation of groundwater depth in a set of sounding wells, over any period of time. If the positions (x and y coordinates) of the wells (points of measurement) are known, the data can be used in position orientated plans for the following purposes: Isographs Colour filled isographs Colour filled 3-D graphics Colour filled 3-D grid graphics The measurement data can be statistically analysed and graphically presented.[img][img]http://www.ggu-software.com/software/ggu-field/timegraph/ganglinie_isolinie_1.gif[/img][/img]Product:GGU Time Graph v6.15 Lanaguage:english Platform:Winxp/Win7 Size:2MB

::::::English Description:::::: upports on land, underwater and cross-borehole surveys Supports the Wenner (alpha,beta,gamma), Wenner-Schlumberger, pole-pole, pole-dipole, inline dipole-dipole, equatorial dipole-dipole and non-conventional arrays. Supports exact and approximate least-squares optimisation methods Supports smooth and sharp constrasts inversions Supports up to 16000 electrodes and 21000 data points on computers with 1GB RAM Seamless inversion of very long survey lines using sparse inversion techniques (RES2DINV only license includes limited used of RES3DINV 3D inversion program) Two-dimensional (2D) electrical imaging surveys are now widely used to map areas of moderately complex geology where conventional 1D resistivity sounding and profiling techniques are inadequate. The results from such surveys are usually plotted in the form of a pseudosection (Figure 1a) which gives an approximate but distorted...

Quickly perform geostatistical analysisGeostatistics provides a way to better understand the autocorrelation inherent in spatial data – and to define and use this variation to make better estimates of values for places not sampled and thereby create optimal, unbiased maps. GS+ provides easy access to these computationally intense analyses. Whether you are analyzing oil deposits, plankton distributions, sun spot patterns, infectious disease outbreaks or soil resources, GS+ allows you ready access to the power of geostatistics. Create variograms on the flyGS+ gives you complete control over variogram parameters such asthe active lag distance and the size of individual lag classes. Default values provide reasonable starting places from which you can optimize an analysis to suit a particular data set. Model...

::::::English Description::::::  Over the last 10 years, there has been a revolutionary change in the resistivity (and IP) surveying method. Until the early 1990s, the resistivity method has been used as a one-dimensional (1D) tool where quantitative modelling was confined to simple horizontal layers which are not sufficiently accurate for complex geological environments. However due to recent developments in field equipment design, interpretation software and microcomputer technology, two-dimensional (2D) and even three-dimensional (3D) surveys are now practical geophysical exploration tools for environmental and engineering studies. RES3DINV is the 3D resistivity and IP inversion software, and it is probably the first widely available commercial software of this type. 3D surveys are more time-consuming and expensive to carry out, but could be...

Kintecus 是一款建模软件，可以模拟化学动力学、燃烧反应的平衡、原子能、催化剂反应和酶反应等等。Prime new features :1) A new feature in Kintecus V3.9 is the ability to perform complex hierarchical cluster analysis ontemporal concentration profiles of the network with/without experimentally obtained temporal concentrationprofiles. Hierarchical cluster analysis in Kintecus has the ability to group related and unrelated parts of temporalconcentration profiles in a meaningful, quantitative way. This grouping allows a user to clearly see patterns thatwere initially indiscernible or hidden.\”Why should I care about that?\”Cluster Analysis can significantly help in answering questions:>> Analyze ALL species and determine which species or groups of species (or subgroups, etc.)are positively, zero or negatively correlated to each other and with other groups/species ineither a pictorially or numeric output or both. This allows one to answer questions such...