Beijing Horin Exploration Technology Geophysical Software v3.8.7.1

Horin Geophysical is comprehensive software for gravity, magnetic, and electrical geophysical data processing interpretation, and mapping.

MECA MecaWind v2529

MecaWind is a wind load calculator software used to calculate wind loads and/or wind pressures on the main wind force resisting system (MWFRS) of buildings and many other structures (Chimneys, Tanks, Towers, Open Signs, Closed Signs, Solar Panels, Rooftop Equipment, Canopy, Bins, Tanks, Silos and Free Standing Walls).  It is based upon the ASCE 7 standard used throughout the United States for design loads, which is published by the American Society of Civil Engineers. The MecaWind wind load calculator software contains multiple versions of the ASCE 7 standard as well as the Florida Building Code (FBC).  For instance, it includes, ASCE 7-05, ASCE 7-10 and ASCE 7-16, each being a different release of the same standard.  The latest version is ASCE 7-16, and many of the changes found from the ASCE 7-10 version to ASCE 7-16 can be found in this article.  ASCE 7-05 is also included in MecaWind, but this older version of the standard is used less frequently in jurisdictions. However, having it included allows users to evaluate existing structures to the older version of the ASCE 7 standard. MecaWind software is very cost effective, easy to use, and has a minimal learning curve.  The software allows you to perform wind design with ease and is essentially a wind pressure calculator.

MecaWind calculates wind loads per the ASCE 7 standard, and in that standard there are two basic classifications of structures: Buildings & Other Structures.

A building is just as you would expect, it could be a simple house or storage building or a high rise building.  There are many different special classifications of buildings within the ASCE 7 standard, and all of these are covered by the MecaWind wind load calculator software. Below is a list of examples:

• Enclosed Building
• Partially Enclosed Building
• Partially Open Building
• Open Building
• Low Rise Building
• Simple Diaphragm Building
• High Rise Building
• L-Shaped Building

There are several different roof types which are addressed in the ASCE 7 standard, and these same roof types are also included as options with the MecaWind wind load calculator software.  Depending upon the specific analysis methods chosen, some of these roofs are not handled by ASCE 7. However, the MecaWind wind load calculator software makes it easy for the user to easily see which roofs are permissible based upon the method that has been selected by the user.

Here are some of the more commonly used roof types: Arched, Domed, Flat, Stepped, Gabled, Multi-span Gabled, Hipped, Mansard, Monoslope and Sawtooth.

MECA MecaStack v5758

MecaStack is steel stack design software that is used to design steel stacks, steel chimneys, flares, exhaust stacks, etc. of a variety of dimensions and attachments. In addition, the software also performs a bending analysis of the stack to aid with the stack lifting design. MecaStack can be used to analyze self supported stacks (free standing) and guyed stacks. Similarly, it can be used for design of steel chimneys or stacks that are braced on a building or other structures by lateral bracing. Above all, the software is very easy to use and extremely versatile at handling a wide range of problems and designs.

Some of the components that MecaStack incorporates are: Ladders and Platforms; Stiffening Rings; Structural Flanges; Damping devices; Flare Tips; Insulation/Refractory/Jacket; Breaches/Nozzles; Piping.

The user has complete control over the design codes that are used for Along Wind, Across Wind, Stress and Fatigue. In addition, the load combinations and factors can be customized as needed or auto-populated per the design code selected.  There are several comprehensive steel chimney design codes available within the MecaStack design software:

• American Standard: ASME STS-1
• CICIND
• Indian Standard
• British Standard
• Euro Standard
• Canadian Standard
• Brazilian Standard (NBR 6123)
• ISO 13705 (Formerly API-560)
• Mexican Standard CFE

Seismic Design Codes. There are several seismic design codes available:

• Indian (IS1893)
• UBC 97
• Manual Entry
• International Building Code (IBC)
• Response Spectrum Analysis
• National Building Code of Canada (NBCC)
• EuroNorm (EN 1998-6)

MECA MecaLug v1077

MecaLug is a Padeye or Lifting Lug Calculation Software package that is used to perform padeye or lifting lug calculations as well as analyze loads acting on padeyes or lifting lugs for a structure or piece of equipment. Several different styles of padeyes or lifting lugs are offered giving the user multiple options in selecting an appropriate lifting lug. There are also several different configurations in the MecLug Software for different equipment and structures. The lifting lug software even has templates for lifting a stack or cylindrical vessel from horizontal to vertical, using either lifting lugs or lifting trunnions. For this special type of lifting of stacks, the lifting lug software considers the multiple angles as the structure rotates from horizontal to vertical in order to find the worst angle on the lifting lugs/trunnions and tailing lug.

MecaLug Standard version is the least expensive version of the software that allows the user to perform Padeye / lifting lug calculations per ASME BTM-1 “Design of Below-the-Hook Lifting Devices”. Engineers often design structures and equipment for extreme wind, seismic and other loading that may never occur; however, in the case of a lifting lug those extreme loads may very well be experienced at the beginning of the equipment life cycle, not in 20+ years down the road. The failure of a lifting lug could very likely put human life in danger in the event of a failure.  The lifting lug software allows the user to quickly and accurately analyze Padeye / lifting lugs for a variety of loads.

MecaLug Pro version offers the same features of the standard version of the lifting lug software of analyzing a single lug or trunnion, but MecaLug Pro also has the added benefit of being able to apply those lugs to a lifting system and analyze what loads would be seen by the crane, cable, and lugs. This Pro feature of the MecaLug allows the designer to consider lifting a piece of equipment or structure, and have the software determine the loads acting on each individual lug. The analysis of each lug is then performed by the lifting lug software. The Pro features make MecaLug an all-in-one lifting lug software.

AIST Software PeakLab v1.05.07

PeakLab’s fitting of spectroscopic peaks is unsurpassed for accuracy and ease of use. From a true Voigt function with a full precision only matched by Mathematica, to modeling Gaussian, Lorentzian, and Voigt models with asymmetric instrument response functions as seen in XPS and Raman spectra, to fitting the full theoretical shapes in Gamma Ray spectra, PeakLab will easily manage every difficult spectral modeling problem. PeakLab uses a number of new patentable peak fitting algorithmic innovations to effortlessly get you the correct solution, an important consideration in any iterative nonlinear optimization.

Cresset-BMD Flare v10.0.1

Cresset-BMD Flare is a comprehensive drug design platform including both structure-based and ligand-based methods.

Capabilities in Flare V10 include:

• Smart import and handling of protein-ligand complexes
• Accurate and reliable protein preparation
• Ligand preparation, including enumeration of stereo centers, stripping of salts, protonation at pH 7 and tautomer enumeration
• Sequence alignment and superimposition
• Accurate docking using Lead Finder
• Advanced ligand-based conformation hunt and alignment
• Pharmacophore building with FieldTemplater
• Electrostatic Complementarity maps and score
• Protein interaction potentials
• Qualitative Structure-Activity Relationship analysis using Activity Atlas and Activity Miner
• Quantitative SAR models of regression and classification using Field QSAR and machine learning methods
• Enumeration to generate libraries and arrays based on more than 100 popular synthetic chemistry reactions
• Chemical exploration of a hit or lead compound using Hit Expander
• R-Group Decomposition and Analysis
• Scaffold hopping and bioisostere replacement using Spark
• Molecular Mechanics/Generalized Born Surface Area (MM/GBSA) calculations of ligand-protein binding free energy on individual protein conformations or on conformations ensembles from Molecular Dynamics
• Quantum Mechanics calculations on ligands
• Free Energy Perturbation simulations
• Support for the Open Force Field
• Molecular Dynamics
• Automatic creation of custom torsional parameters for ligands in support of Dynamics and FEP calculations
• 3D-RISM water analysis
• MD-based analysis of water thermodynamics with GIST
• Pocket detection to identify potential drug binding sites in the protein targets of interest
• Homology modeling to create reliable 3D structures for the targets of interest
• WaterSwap analysis for ligand and binding site energetics
• Minimization of protein ligand complexes using XED and OpenMM
• The Flare Python API

Aquaveo Watershed Modeling System v11.3.2

Aquaveo WMS является ведущим решением для 1D-гидрологического , 1D-гидравлического и 2D-распределенного гидрологического моделирования. Aquaveo WMS содержит мощные инструменты для топографической обработки данных, автоматизированного разграничения бассейна, расчета геометрических параметров.

Aquaveo tutorials can be download from here

Whats new

Aquaveo Groundwater Modeling System Premium v10.8.9

Aquaveo GMS - комплексная среда моделирования подземных вод с системой предварительной графический обработки информации.

Aquaveo GMS легко взаимодействует с MODFLOW и рядом других моделей по моделированию подземных вод и предоставляет расширенные графические возможности для просмотра и калибровки результатов моделирования.

What's new

Bug's fixed

Nice pricing

Bentley Seequent PLAXIS 2D / 3D Ultimate 2024.3.0.95

PLAXIS - программная система, основанная на методе конечных-элементов, используемая для решения задач инженерной геотехники, проектирования и инженерной геологии. Представляет собой пакет вычислительных программ для конечно-элементного расчёта напряжённо-деформированного состояния сооружений, фундаментов и оснований.

PLAXIS 2D. Выполняйте геотехнический 2D анализ деформаций и устойчивости с помощью PLAXIS 2D WorkSuite, мощного пакета инструментов для анализа методом конечных элементов и предельного равновесия, который включает специализированный функционал для анализа вибраций, грунтовых вод и теплового потока.

PLAXIS 3D. Выполняйте 3D анализ деформаций и устойчивости в своем следующем геотехническом проекте с использованием PLAXIS 3D WorkSuite. Он представляет собой пакет для анализа методом конечных элементов и предельного равновесия, который включает в себя специализированный функционал для анализа вибраций и грунтовых вод.

AVEVA PIPEPHASE Pipeline Network Design 2023

Pipeline Network Design can model applications ranging from single well sensitivity analyses of key parameters, to a multi-year planning study for an entire production field. Pipeline Network Design improves profitability and performance in companies across the globe by using proven solution algorithms, modern production methods, and software analysis techniques to create a robust and efficient oil field design and planning tool.

Pipeline Network Design improves profitability and performance in companies across the globe by using proven solution algorithms, modern production methods, and software analysis techniques to create a robust and efficient oil field design and planning tool.

Pipeline Network Design provides a comprehensive set of industry standard empirical and mechanistic methods for analysing multiphase flow phenomena in pipes. Coupled with extensive fluid models and a rigorous energy balance incorporating a detailed heat transfer analysis capability, Pipeline Network Design is a flexible tool for evaluating the complete range of fluid flow phenomena encountered in single-phase and multiphase pipelines.

The time-stepping feature in PIPEPHASE makes it a flexible field planning tool. Once a field-wide network model has been built, the planning tool is created by setting up scenarios for future facility expansion along with reservoir decline characteristics. The completed model provides a unique look-ahead capability for the entire asset, incorporating the long-term effects of both reservoir decline and investment in new facilities.

The robust, field-proven network simulation capability enables the user to model large networks of connected wells, pipes, and associated facilities. The detailed well bore model and extensive inflow performance (IPR) library, combined with a complete set of surface equipment modules, allows you to configure the necessary details of a field-wide oil and gas gathering (or injection) system, and incorporate all of the interdependent components from the sandface to the downstream separation facilities.

Oil producers have a real, quantifiable problem managing and modelling their reservoirs and linking them to the surface. Pipeline Network Design has the modelling capabilities needed to accurately manage and model reservoirs by developing an interface with reservoir simulators and enhancing pipeline technology.