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Engineering oriented formulation for laminate lay-up optimization
The concept of elementary laminates is used to formulate the design problem for a
laminated composite structure. A parameterized laminate is divided into stacks with periodic patterns of elementary laminates. With elementary laminates desired regularity for the laminate lay-ups is achieved, which is practical for multi-layer laminates. Due to the reduced design space solution time can be considerably reduced. Two laminate lay-up formulation concepts are presented and their performance is evaluated. The design problem used as a reference case involved the optimization of the stacking sequences to maximize plate buckling loads using a genetic algorithm.

PROBABILISTIC LAMINATE ANALYSIS USING ESACOMP SOFTWARE
Engineering design problems include always
uncertainties such as variation in material properties or environment, incomplete statistical data to generate input, modelling and human errors. Yet, the design in general relies on single numbers obtained from engineering equations. In case of strength prediction the material strength is derived using statistical methods
and the uncertainties is included in the design value (A or B-value).

CFRP Electronics Housing for a Satellite (ESA 2005)
The drive for continuous mass reductions in spacecraft structures has promoted the use of carbon fibre reinforced plastics. CFRP has excellent specific stiffness and strength, which makes it possible to construct lightweight structures. CFRP is typically used in applications where electrical, thermal and radiation protection properties are not decisive.

Transverse shear in Laminate Analysis
This paper describes the method for transverse shear analysis to be applied in the composites design program ESAComp. The correlation of the method to the formulations used in the commercial finite element programs is presented and the results from the selected method are compared to the exact elasticity results. The results show good agreement with the exact solutions for cross-ply and unsymmetric angle-ply laminates. Symmetric angle-ply laminates create bending twisting coupling that the theory cannot accurately model.

FACILITIES IN ESACOMP FOR ANALYSIS AND DESIGN OF ADHESIVE BONDED JOINTS
This paper presents a newly developed analysis and design module for adhesive bonded joints implemented in ESAComp, software for analysis and design of composite laminates and laminated structures.

樹脂流動解析からの構造解析
樹脂流動解析からの構造解析


Design Innovation for the Medical Industry
Altair helps medical companies across the world achieve product development objectives through its unique approach, which blends CAE simulation software, design creativity and in-depth engineering expertise to achieve optimal product designs.

Designing the Future of e-Mobility
Altair develops multiphysics simulation technologies that allows designers to
accelerate next generation mobility solutions development. From smart control
design, to powertrain electrification and vehicle architecture studies, our solutions
enable optimization throughout the development cycle.

Flux Webinar:Cutting Edge Electromagnetic LF Simulation Solutions - Discover Flux 2018 & Couplings to the HyperWorks Platform
Using breakthrough technologies, Flux is the perfect tool for the analysis, design and optimization of modern applications such as electric rotating machines, actuators and sensors, high power electrical equipment, heat treatment or electromagnetic compatibility.

Flux Webinar: Accelerate your Design Process with Flux - Dealing with Complex 3D CAD Models
In this webinar discover all the capabilities of the Altair pre-processing tools to handle real complex cases with Flux.

In addition we explore the powerful features of HyperMesh allowing you to to defeature, modify and manage your complex assemblies. We also explore the various functionalities in SimLab which will allow you to easily mesh large problems.

Cobot, the Collaborative Robot - Get Ready for Industry 4.0
Development tools and methods, such as simulation, are increasingly important to face and address the pressure of innovation. As an example, for successful new design methods and to show how simulation tools are used, Altair developed a virtual demonstrator based on a cobot application. This complex machine interacts with a human operator as the ultimate smart manufacturing equipment - to show how challenges in modern product design can be overcome.

Flux Webinar: Cutting Edge Electromagnetic LF Simulation Solutions - Discover Flux 2018 & Couplings to the HyperWorks Platform
Using breakthrough technologies, Flux is the perfect tool for the analysis, design and optimization of modern applications such as electric rotating machines, actuators and sensors, high power electrical equipment, heat treatment or electromagnetic compatibility.

Flux 2018 includes a new PEEC solver, offers new HPC capabilities, brings several new enhancements for losses computations and offers more comfortable couplings to the Altair suite, from pro-processing tools to multi-physic couplings.

ADAS Simulation Under Severe Vibrations
Automotive radars are becoming standard equipment on vehicles. Their purpose is to adjust the distance between vehicles and/or alert the driver when dangerous situations arise. Several antenna architectures are used to cover the different safety functions in complex bumper/car chassis environment where the side
effects become more and more significant on the radar performances. Hence, automotive radar integration process becomes a very important
topic. Weak radar integration will generate gain loss, high side lobes levels and angular errors. Those degradations will impact the radar range,
the main radar axis (BSE) and the radar detection quality (resolution, ambiguity, discrimination).

Altair HyperStudy™ - Exploración del espacio de diseño
Altair HyperStudy™ es un gestor de simulaciones cuyo objetivo es la exploración del espacio de diseño. Permite automatizar:

-La generación de variantes (predefinidas o inteligentes).
-Ejecución de los trabajos (solver FEM, CFD, EM u otros flujos complejos).
-Adquisición y lectura de datos y KPIs.


Una vez los estudios son completados, Altair HyperStudy ayuda al usuario a post-procesar, analizar tendencias, realizar predicciones, metamodelos y , en definitiva, tomar decisiones para diseñar mejores productos.

En línea con la filosofía de Altair, Altair HyperStudy es totalmente abierto y permite generar variantes y cálculos leer resultados para todo tipo de solvers, no sólo los de Altair.

Desde simples barridos o análisis paramétricos de una variable hasta optimizaciones multiobjetivo o en régimen probabilista, Altair HyperStudy permite sacar más partido a las simulaciones y liberar tiempo de tediosas tareas en procesos de prueba/error, con un muy corto tiempo de aprendizaje.

Getting Started - Inspire Structures
A course to help users get started using Inspire Structures including an interface tour and workflow training/videos.

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