Nemetschek SCIA Engineer 2015 v15.2.99

Scias结构分析和设计软件的最新版本提供的功能超越了3D结构分析软件的传统界限通过集成工程设计的工作流程，甚至定制修改。
SCIA工程师是多材料结构分析和设计软件，为所有类型的项目。
它可用于设计钢材，水泥，木材，铝，钢 - 混凝土组合结构与世界各地的应用程序得益于众多国际建筑规范的整合。
除了先进的有限元计算和兼容的设计，它具有集成的建模工具，交流与第三方应用程序（BIM），易报告和准备图纸，即自动化的整体布置图的数据。
是什么让SCIA工程师从现有的CAE程序非常不同的建模，分析，设计和自动化GA图纸在一个开放平台，BIM的整合。
SCIA工程师的主要功能
- 用你的设计能力和技术诀窍全球
- 整合您的设计过程，降低您的投资
- 简化通过BIM设计团队中的合作
- 在你的领域寻找新的挑战
- 让你的设计环境与经济
Sciasstructureanalysisanddesignofthelatestversionof thesoftwareprovidesfunctionalitybeyondthetraditionalboundariesof3Dstructuralanalysissoftwarewithintegrateddesignworkflow,andcustommodifications.
SCIAengineerstructuralanalysisanddesignsoftwareforalltypesofprojects.
Itcan beused fordesignofsteel,concrete,wood,aluminium,steel-concretecompositestructuresandapplicationsaroundtheworldbenefit fromtheintegrationoftheinternationalbuildingcode.
In additiontoadvancedfiniteelementcalculationandcode-compliantdesign,ithasanintegratedmodelingtools,Exchangeandthird-partyapplications(BIM),thereportandpreparedrawings,namely,automationof theoveralllayoutofdata.
WhatmakesSCIAengineeris verydifferentfromexistingCAEprocessesmodeling,analysis,designandautomationGAdrawingsinanopenplatform,integrationofBIM.
ThemainfunctionsofSCIAengineer
-Useyourdesignskillsandknow-howto theglobal
-Integrateyourdesignprocessandreduceyourinvestment
-SimplifiescooperationthroughBIMdesignteam
-Looking fornewchallengesinyourarea
-Letyourdesignenvironmentandeconomy
Nemetschek SCIA Engineer 2015 version 15.2.99 | 2.8 Gb
As part of the company's plan to accelerate the release of new technology, SCIA, a global leader in structural design software that supports the BIM process and member of the Nemetschek Group, has introduced SCIA Engineer 15.2. This is the third release of the company’s flagship 3D structural design software. SCIA Engineer 15.2 expands the program’s steel and concrete design capabilities with a focus on the United States and provides numerous usability improvements to increase day-to-day productivity.
SCIA Engineer is an integrated, multi-material structural analysis and design software for all kinds of projects. Its wide range of functionality make it usable for all kinds of projects: design office buildings, industrial plants and bridges, all within the same easy-to-use environment.
Highlights of the SCIA Engineer 15.2 release include:
Virtual Joists
Historically, structural engineers have not been able to incorporate joists with realistic physical properties into their building models. As a result, neither joists with non-uniform loading nor joists included in lateral load resisting frames could be defined accurately. The new virtual joist component in SCIA Engineer allows the engineer to incorporate joist member stiffness in the overall model, making the analysis of the building system more accurate. The joist members can be checked and auto-designed and are given a realistic joist designation consistent with expectations from joist manufacturers and the Steel Joists Institute (SJI).
Equivalent Lateral Force
For fast and easily verifiable seismic analysis, SCIA Engineer 15.2 introduced the Equivalent Lateral Force procedure including support for the provisions of EN1998 and ASCE 7. This simplified method is a nice complement to SCIA Engineer’s Modal Response Spectra and Pushover capabilities.
Extensions for steelwork design to Eurocodes
Initially introduced in SCIA Engineer 15.0, the design module for composite beams to EN1994 has been greatly extended with: automatic effective width calculation to the code, lateral torsional buckling checks, shear connector design and fire resistance design
Design of steel connections now fully supports beam flanges and webs in compression according to EN 1993-1-8 Article 6.2.6.7 (1-2). Other improvements concern summary output, output for splice connections, and drawing of connections, to name a few.
Support for New Materials to IBC
Materials databases have been expanded to include timber and aluminium according to IBC.
Users will find a new prestressed tendon library according to standards ASTM A416 and ASTM A910. This development enables users to introduce strand-patterns and tendons in 3D beam and slab geometry while providing the ability to calculate losses.
Usability Improvements
SCIA Engineer 15.2 expands its BIM capabilities with support for Tekla Structures 21.1 and improved IFC interoperability with Allplan Architecture and Allplan Engineering.
In SCIA Concrete Section EN 1992-1-1, multiple sets of internal forces can now be inputted. The checks are shown for the combination with the worst effect.
Inputs, filtering, and the viewing and exporting of results have been improved in both the Table views and the Engineering Report. In addition, the Engineer Reports offer some nice PDF and MS Excel compatibility improvements.
SCIA Engineer 15.2 presents better convergence in the calculation of membrane structures using triangular finite elements.
Nemetschek化学工业区工程师2015版本15.2.99|2.8Gb
作为公司的计划，加速新技术的发布的一部分，化学工业区，全球领先的结构设计软件，它支持BIM过程和Nemetschek组的成员介绍了化学工业区工程师15.2。这是该公司的旗舰3D结构设计软件的第三个版本。化学工业区工程师15.2扩展程序的钢和混凝土的设计能力，重点放在美国，并提供了众多的可用性改进，以提高日常工作效率。
化学工业区工程师是综合的、多材质结构分析与设计软件的各种项目。其广泛的功能使它可用于各类工程:设计写字楼、工业厂房及桥梁，都在相同的使用方便环境。
化学工业区工程师15.2发布的亮点包括:
虚拟搁栅
从历史上看，结构工程师已经不能够搁栅与现实的物理属性纳入他们的建筑模型。结果，既指格栅与非均匀载荷也搁栅列入横向载荷抗帧可以准确定义。这个新的虚拟龙骨组件的化学工业区工程师允许工程师把龙骨构件刚度在整体模型中，使建设系统的分析更准确。龙骨成员可以检查和自动设计和从龙骨制造商和钢搁栅研究所(SJI)给出了现实的龙骨指定与预期一致。
等效侧力
快速和容易地可核查的地震反应分析，化学工业区工程师15.2介绍了等效侧力的程序，包括支持的EN1998和美国土木工程师协会7的规定。这种简化的方法是化学工业区工程师模态的反应谱与静力弹塑性能力很好的补充。
扩展为对欧洲规范钢结构设计的
最初引入化学工业区工程师15.0，到EN1994的组合梁的设计模块已经大大扩展，:自动有效宽度计算侧扭屈曲检查、剪切连接器的设计和抗火设计
设计钢连接现在完全支持梁法兰和腹板在压缩进行EN1993-1-8条6.2.6.7(1-2)。其他改进关注汇总输出，输出接头连接和绘图的连接，仅举几例。
支持新材料到中型散货箱
扩大了材料数据库，包括木材和铝根据中型散货箱。
用户会发现新的预应力的筋图书馆根据ASTMA416和ASTMA910的标准。这一发展使用户能够同时提供损失的计算能力介绍钢绞线模式和肌腱中梁与楼板的3D几何。
提高可用性
化学工业区工程师15.2扩展其BIM功能，支持泰克拉厨房用结构21.1和AllplanArchitecture与Allplan工程改进的IFC的互操作性。
在化学工业区混凝土部分EN1992-1-1，现在可以输入多个集的内力。检查显示效果最差的组合。
在表格视图和工程报告，得到了输入、筛选和查看和导出的结果。此外，工程师报告提供了一些不错的PDF和MSExcel兼容性改进。
化学工业区工程师15.2在膜结构使用三角形有限元的计算提出了更好的收敛性。