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is a Windows tool for the analysis of live loads and static loads on single-span and multi-span bridges. CONSYS™ is capable of handling both LRFD and AASHTO Standard as well as U.S. and metric units. CONSYS™ is a 32-bit Windows application. Standard Windows features make the program extremely fast and easy to use. CONSYS s™ extensive context-sensitive, online help makes the learning process quick by providing you with immediate help on virtually any item at any time. CONSYS™ provides you with a complete library of the standard loads needed for analysis under both LRFD and AASHTO Standard. Selecting loads for your desired analysis is a simple task. You can select graphical representations of the loads on-screen with your mouse. Since all...
::::::English Description:::::: CONBOX® is specifically developed for the analysis and design of post-tensioned and cast-in-place reinforced concrete box girder and slab bridges constructed on falsework. By incorporating both AASHTO Standard and LRFD specifications in one interface, CONBOX makes the transition to LRFD simple and efficient. The program accommodates span hinges and a variety of column shapes and fixity conditions. Key Features Easy-to-use interface simplifies design. CONBOX makes the entry of project data convenient with an extremely user-friendly and efficient interface. Users specify bridge layout information such as alignment, span lengths, and cross-sections; pier, hinge and abutment locations; as well as superstructure-to-substructure connectivity. CONBOX can even import BDS input files to simplify workflow. Diverse code capabilities. Users may quickly toggle between...
::::::English Description:::::: CONSPAN® is the industry-leading design, analysis and load rating application for simple- and multiple-span precast and prestressed bridge beams. Used by most DOT’s and leading consulting firms in the country, CONSPAN incorporates both AASHTO Standard (LFD) and LRFD specifications for bridge design. This dual code functionality has quickly made CONSPAN the most popular choice for LRFD transition. Dual code capabilities are also available for load rating. Perform load rating for new or existing bridges in either AASHTO Standard (LFD) or LRFR specifications. A user-friendly interface guides users step-by-step through the design, analysis and rating process which makes CONSPAN both a productive design and analysis tool as well as a learning tool for compliance with new code specifications. Powerful,...
::::::English Description:::::: RC-PIER® is an integrated tool for the AASHTO Standard and LRFD analysis and design of reinforced concrete bridge substructures and foundations. By incorporating both LFD and LRFD specifications in one interface, RC-PIER makes the transition to LRFD simple and efficient. RC-PIER allows users to design multi-column and hammerhead piers, straight, tapered or variable caps, and circular, rectangular (tapered and non-tapered) or drilled-shaft columns. Footing types include isolated or combined, supported on either soil or piles. There is no limit to the number of loads, bearings and piles that may be included in the design. Analysis results are presented in a variety of easy-to-view formats. Product:LEAPSOFT RC-PIER 7.0.0 Lanaguage:english Platform:Winxp/Win7 Size:24MB
::::::English Description:::::: NISA family of Finite Element Analysis (FEA) programs is one of the most comprehensive engineering analysis suites available globally to address the Automotive, Aerospace, Energy & Power, Civil, Electronics and Sporting Goods industries. NISA has been an engineer’s favorite for more than 30 years. Over 40 highly-skilled Cranes Software scientists, technology architects and software engineers are engaged in the development of NISA. They work closely with their global customers to provide solutions in the areas of Stress Analysis, Seismic Analysis, Vibration Analysis, Composite Material Analysis, Motion & Linkage Analysis, Fatigue Analysis, Thermal Analysis, PCB Analysis, Computational Fluid Dynamics, Electromagnetic Analysis and Civil Structure Analysis. Features of NISA that customers rely on include; a completely integrated pre-post processing environment...
Mentor Graphics TPD translators能够提供PCB 文件和 从Cadstar, OrCad, PCAD or Protel 的footprint libraries到PADS的转换。 ::::::English Description:::::: Mentor Graphics TPD translators Provides translation for PCB Layout files and footprint libraries from Cadstar, OrCad, PCAD or Protel to PADS Layout. product:Mentor Graphics TPD translators Lanaguage:english Platform:Winxp/Win7 Size:26MB
::::::English Description:::::: Mentor Graphics PADS Layout to Expedition Translators 2007 enable PADS files to Expedition files.product:Mentor.Graphics PEX 2007 Lanaguage:english Platform:Winxp/Win7 Size:25MB
::::::English Description:::::: Mentor Graphics I/O Designer provides bi-directional integration, data management and the ability to perform concurrent design of your FPGA and PCB. Focused on optimizing system performance, designer productivity and reducing product manufacturing costs, I/O Designer eliminates the barriers between FPGA and PCB flows and design organizations.product:Mentor Graphics I/O Designer 7.2 Linux HDL Lanaguage:english Platform:Winxp/Win7 Size:94MB
FlexPDE Professional 3D 5.0.18最新版本，支持Windows/Linux,X86,32位与64位平台。 偏微分三维有限元计算软件，FlexPDE可获得偏微分方程的数值解，偏微分方程在工程上常用于：物理、电机、电子、通讯、土木、机械、化工、化学、生物学、地质学、数学和其他科学领域，FlexPDE使用有限元方法获得数值解。 主要功能如下:–自动网格创建–无限制方程复杂度–无限制同时求解方程数量–非线性方程求解器 –一维，二维或三维空间–时程,稳态或特征值 –动态时序控制–动态自适应网格优化 –任意的拉格朗日/欧拉移动网格–灵活的集成图形输出 –可输出到TecPlot或VisIt用于创建生动的可视化效果 ::::::English Description:::::: Example: Stress Analysis This problem shows the deformation of a tension bar with a hole. FlexPDE solves two simultaneous Partial Differential Equations for the X- and Y- displacements within the bar. dx(Sx) + dy(Txy) + Fx = 0dx(Txy) + dy(Sy) + Fy = 0 where Sx and Sy are the stresses in the X- and Y- directions, Txy is the shear stress, and Fx and Fy are the body forces in the X- and Y- directions. Sx = C11*dx(U) + C12*dy(V) + C13*[dy(U) + dx(V)]Sy = C12*dx(U) + C22*dy(V) + C23*[dy(U) + dx(V)]Txy = C13*dx(U) + C23*dy(V) + C33*[dy(U) + dx(V)] Here the Cnn are the constitutive...
The PV-WAVE Family of products, which includes PV-WAVE, TS-WAVE, and JWAVE, provides software developers with the tools needed to efficiently and accurately meet data analysis requirements. PV-WAVE solutions allow users to rapidly import, manipulate, analyze and visualize data. The PV-WAVE Family includes robust time series analysis software as well as the ability to share analysis results across the enterprise with a Java™-based solution. Unlike other products, PV-WAVE Advantage includes a sophisticated set of analysis routines based on the industry-standard IMSL Numerical Libraries. PV-WAVE 9.0 Linux64 new features include: IMSL® C Library version 5.5 and 6.0 Integration – Access to many new algorithms including Auto_ARIMA forecasting and neural network engine for data mining and forecasting OpenMP support for Windows XP –...