网站综合信息 exa.com
- 标题:
- Fluid Dynamics Engineering Simulation
- 关键字:
- 描述:
- Exa Corporation provides products and services for simulation-driven design. CFD Simulation for
- 域名信息
- 服务器空间
- IP:149.65.3.1 同IP网站1个 详情
地址:美国
- 备案信息
- 备案号:
域名流量Alexa排名
域名注册Whois信息
exa.com
获取时间: 2014年10月15日 16:21:11
EXA.COM.AU
EXA.COM
To single out one record, look it up with "xxx", where xxx is one of the
records displayed above. If the records are the same, look them up
with "=xxx" to receive a full display for each record.
>>> Last update of whois database: Wed, 2014-Oct-15 08:24:30 GMT <<<
网站头文件(HTTP Header)
HTTP/1.1 200 OK 访问时间:2014年03月31日 15:21:29 服务器:Apache/2.2.3 (CentOS) 修改日期:2014年03月24日 22:45:19 网页标记:"e8220-f92f-4f55b48cbfdc0" 接受单位:字节 文件大小:63791 连接:关闭 类型:text/html; charset=UTF-8 网站编码:UTF-8
同IP网站(同服务器)
网站首页快照(纯文字版)
抓取时间:2014年03月31日 15:17:27
网址:http://exa.com/
标题:Fluid Dynamics Engineering Simulation Software and Services
关键字:
描述:Exa Corporation provides products and services for simulation-driven design. CFD Simulation for the Mechanical Engineering Marketpace.
主体:
网址:http://exa.com/
标题:Fluid Dynamics Engineering Simulation Software and Services
关键字:
描述:Exa Corporation provides products and services for simulation-driven design. CFD Simulation for the Mechanical Engineering Marketpace.
主体:
homesupportSolutionsIndustriesGround TransportationAutomotiveCommercial VehicleOff Highway EquipmentTrainsMotorsportsAerospaceProcessProcess AutomationOptimizationStudio CollaborationApplicationsAerodynamicsAerodynamic EfficiencySoiling / Water ManagementVehicle HandlingPanel DeformationAeroacousticsGreenhouse Wind NoiseUnderbody Wind NoiseSunroof / Window BuffetingPass-by Community NoiseCooling Fan NoiseThermal ManagementCooling AirflowIntake PortBrake CoolingThermal ProtectionKey-Off / SoakElectronics / Battery CoolingClimate ControlHVAC System / Blower NoiseCabin ComfortDefrost / DemistHVAC System PerformanceProductsProduct OverviewTechnology OverviewSimulation PreparationPowerDELTAwith PowerCLAYPowerCASE Simulation PowerFLOW PowerTHERM PowerCOOL Simulation Analysis PowerVIZ PowerACOUSTICS PowerINSIGHT Services Technical Support Training Engineering Services PowerFLOW OnDEMAND Company Corporate Profile Worldwide Offices Core Technology News Events Investor Relations Management Team Careers Contact Exa Technology Critical in SuperTruck Engineering Congratulations on your medal team USA! Exa Optimized, Gold Medal Winning USA Bobsled Heads to Sochi PowerDELTA 2.0 Now with PowerCLAY real-time morphing to streamline simulation model preparation PowerDELTA 2.0 Press Release Exa Releases PowerFLOW 5, the Fifth Generation of its Patented DIGITAL PHYSICS Fluid Simulation Technology • Link to press release • Learn more about PowerFLOW PowerACOUSTICS 3.0 Released Exa Announces PowerACOUSTICS 3.0 With Complete Vehicle Interior Noise Analysis and Enhanced Acoustics Visualization • Link to press release • Learn more about PowerACOUSTICS See Exa in SAE's Vehicle Electrification Magazine: "Tackling Drag: How Tesla achieved a 0.24 Cd for its Model S" Click here to be linked to SAE International's site to see the online version or to purchase download rights Peugeot Sport's World Record-Setting 208 T16 Pikes Peak Racecar Aerodynamically Optimized Exclusively With Exa PowerFLOW Peugeot Sport 208 T16 Pikes Peak Racecar with Exa PowerFLOW aerodynamic simulation results. PowerFLOW simulation helped Peugeot Sport achieve maximum downforce for their racecar. Innovative Simulation-Driven Design Solutions for Product Engineering Exa provides software products and services for simulation-driven design. Leading manufacturers use Exa’s fluid flow, heat transfer, and acoustic simulation solutions to optimize the performance of their products, reduce product development costs, and improve the efficiency of their design and engineering processes. Simulation-driven design enables engineers to predict product performance early in the design process, reducing late-stage design changes and reducing or eliminating expensive physical prototypes and tests. Exa’s solutions encourage rapid iteration between design and analysis. They provide critical insight into how potential design variations impact the range of possible performance and enab