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下载世博(Industry Plan)

    世博备用是国家的技术前沿和骨干下载,其产品开发和制造技术水平不仅是质量和效率的保障,而且事关国家安全,是综合国力的体现。世博制造世博及其 OEM 厂商面临着以按时、按预算准确地设计、测试及建造产品的巨大挑战。他们的任务是建造打造具有最高技术复杂度的产品,同时这些产品还必须满足最为严格的安全与性能需求。
    为取得官方网站,世博工程师极其依赖手机版技术,借此来达到设计准确性、减少设计迭代和节约时间的效果。从初期预测性能,到后期精确地验证设计是否符合严格的标准,工程师们在整个设计过程中都会使用手机版技术。
典型应用领域:
飞行器总体
总体性能分析
进气道气动性能手机版
客舱和驾驶舱隔音减振手机版与优化设计
飞机、发动机的气动匹配
气动弹性分析
固有频率和振型
线性和非线性静态和瞬态应力
失稳分析
飞鸟和飞机的撞击
军用飞机的雷达反射e世博以及红外网址e世博
航空发动机
发动机推力及气动性能手机版
压气机、涡轮、燃烧室气动性能手机版
压气机叶片气动弹性手机版
轴系弹塑性、静动力分析、疲劳分析、优化设计
盘系的静力手机版、模态手机版和动力响应手机版
叶片模态手机版、动力响应手机版、热疲劳分析
发动机机匣载荷分析、疲劳变形分析
燃烧室/加力燃烧室/推进剂热应力分析、热疲劳分析、静力分析  
飞行器环控系统
客舱环境气流舒适度分析
客舱及空调系统百家乐分析
空调系统与客舱的匹配分析
环控系统结构强度、振动、模态分析
卫星设计
卫星的模态动力学分析
电池组托架的应力分析
太阳能电池板的展开
运输引起的冲击和损伤
机身
静力分析
动力响应分析(模态、颤振等)
失稳分析
损伤容限分析
机翼
结构优化设计
气动百家乐分析
起落架
飞行器起落架多体动力学分析
飞行器起落架部件级静力分析
飞行器起落架部件级动力分析

    Aerospace is the technological frontier and core industry of a country. Its product development and manufacturing technology level is not only the guarantee of quality and efficiency, but also related to national security and the embodiment of comprehensive national power. Their task is to build products with the highest technological complexity, while these products must also fulfill the most stringent security and performance requirements.
    In order to achieve success, aerospace engineers rely heavily on simulation technology to achieve design accuracy, reduce design iteration and save time. Engineers use simulation technology throughout the design process, from initial prediction of performance to accurate verification of design compliance with stringent standards at later stages.
Typical Application Domains:

  • Overall aircraft
  • Overall performance analysis
  • Aerodynamic performance analysis of inlet port
  • Aerodynamic matching of aircraft and engine
  • Aeroelastic analysis
  • Natural frequencies and modes
  • Linear and nonlinear static and transient stresses
  • Instability analysis
  • Striking between a flying bird and a flying airplane
  • Radar reflection and infrared radiation characteristics of military aircraft
  • Aero engine
  • Thrust and aerodynamic performance simulation of engine
  • Computation of aerodynamic performance of compressor, turbine and combustor
  • Aeroelastic calculation of compressor blades
  • Elastoplasticity, static and dynamic analysis, fatigue analysis and optimum design of shafting system
  • Static calculation, modal calculation and dynamic response calculation of disk system
  • Modal calculation, dynamic response calculation and thermal fatigue analysis of blades
  • Load analysis and fatigue deformation analysis of engine casing
  • Thermal stress analysis, thermal fatigue analysis and static analysis of combustor/afterburner/propellant
  • Vehicle environmental control system
  • Air comfort analysis of cabin environment
  • Noise analysis of cabin and air conditioning system
  • Matching analysis of air conditioning system and cabin
  • Structural strength, vibration and modal analysis of environmental control system
  • Satellite design
  • Modal dynamics analysis of satellite
  • Stress analysis of battery pack bracket
  • Solar panel deployment
  • Impact and damage caused by transportation
  • Fuselage
  • Static analysis
  • Dynamic response analysis (Modal, Flutter, etc.)
  • Instability analysis
  • Damage tolerance analysis
  • Wings of aircraft
  • Structural optimization design
  • Aerodynamic noise analysis
  • Landing gear
  • Multi-body dynamics analysis of aircraft landing gear
  • Static analysis of aircraft landing gear
  • Dynamic analysis of aircraft landing gear

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