AASHTOWare Pavement ME Design is a pavement design software, which builds upon the mechanistic-empirical pavement design guide, and expands and improves the features in the accompanying prototype computational software. ME Design supports AASHTO"s Mechanistic-Empirical Pavement Design Guide, Interim Edition: A Manual of Practice. ME Design is a production-ready software tool to support the day-to-day pavement design functions of public and private pavement engineers. The Pavement ME Deflection Data Analysis and Backcalculation Tools is a standalone software program that can be used to generate backcalculation inputs to the AASHTO Pavement ME Design software for rehabilitation design. The tool is capable of analyzing raw deflection data files obtained from Falling Weight Deflectometer (FWD) testing devices, backcalculating in-place elastic layer moduli for flexible and rigid pavements and generating inputs for performing rehabilitation design using Pavement ME. It can also be used to perform loss of support analysis and load transfer efficiency (LTE) calculations.

ADAPT-ABI 2019 is a special-purpose program developed for the design and analysis of prestressed concrete bridges built either segmentally or conventionally. It provides information for geometry and stress control during construction, as well as design values for service load. ADAPT-ABI has been serving bridge design engineers worldwide for over twenty years, and has provided the foundation for analysis of many notable bridges. Featuring a 3D modeling interface, and intuitive 4D construction sequencing capabilities, this next generation ADAPT-ABI delivers unparalleled modeling ease and speed. Packed with a full range of powerful modeling and analysis capabilities, ADAPT-ABI is a practical tool bridge engineers can use to rapidly evaluate design options and shorten project delivery times.

The STX program is designed to assist the heat exchanger engineer to obtain competitive and reliable designs for industrial TEMA type shell and tube heat exchangers. Some of the features of the program are described briefly in the following paragraphs.

The ACX program will design or analyze API type air cooled (or air heated) heat exchangers. These exchangers consist of rectangular tube bundles with air flowing once across the outside of the tubes. The tubes may be high fin, low fin or plain (no fins). The primary equipment type considered is that of an aerial cooler (heater) where axial flow fans force the air across the tubes. Other exchanger types considered by ACX are preheaters, recuperators and regenerators. The fluid outside the tubes may be air or other gases or gas mixtures. Applications include coolers, heaters, condensers and evaporators.

These are original (x-force) and c7111981/LAVteam (based on x-force code) keygens. Product keys are in the file \product keys\product.keys.2020.txt

The ACX program will design or analyze API type air cooled (or air heated) heat exchangers. These exchangers consist of rectangular tube bundles with air flowing once across the outside of the tubes. The tubes may be high fin, low fin or plain (no fins). The primary equipment type considered is that of an aerial cooler (heater) where axial flow fans force the air across the tubes. Other exchanger types considered by ACX are preheaters, recuperators and regenerators. The fluid outside the tubes may be air or other gases or gas mixtures. Applications include coolers, heaters, condensers and evaporators.

Autodesk Inventor Nastran - программный комплекс для расчетов задач механики твердого деформируемого тела, основанный на методе конечных элементов. Решатель Nastran является одним из лучших решателей для задач механики деформируемого тела.

• линейный и нелинейный статический анализ;
• расчет устойчивости;
• модальный анализ;
• стационарный и нестационарный тепловой расчет;
• расчет композитных материалов;
• расчет температурных напряжений;
• тепловой расчет с нелинейными граничными условиями;
• отклик на случайные частотные нагрузки;
• расчет вынужденных колебаний;
• расчет динамических нагрузок;
• расчет пластических и гиперупругих свойств;
• расчет падения тела.

These are original (x-force) and c7111981/LAVteam (based on x-force code) keygens. Product keys are in the file \product keys\product.keys.2020.txt

ETA Dynaform - специализированный программный комплекс, ориентированный на моделирование процессов листовой штамповки и использующий в качестве ядра математический аппарат программы LS-DYNA. Пре- и постпроцессинг Dynaform построен с учетом всех специфических особенностей техпроцесса - он автоматизирует стандартные операции подготовки расчетной схемы и функции оценки и интерпретации результатов анализа и базируется на общепринятой терминологии, знакомой каждому инженеру-технологу. Инструментарий программы включает:

• Автоматическое построение сеток;
• Адаптивные сетки с анимацией истории построения;
• Обширную библиотеку промышленных материалов;
• Автоматизированное позиционирование инструмента;
• Вовлечение явлений потери устойчивости листа – коробления;
• Расчет тангенциальных усилий под прижимами (тормозными ребрами);
• Расчет упругой разгрузки изделия ;
• Высококачественную визуализацию всех результатов и анимацию;
• Построение предельной диаграммы "формуемости”.

Risposta sismica locale RSL III – Software per la valutazione della risposta sismica locale di III livello.

Con il metodo di III livello è possibile valutare puntualmente l’effettiva amplificazione stratigrafica sfruttando la soluzione dell’equazione differenziale che governa il problema della propagazione di onde di taglio in un solido alla Kelvin-Voigt ed un comportamento dei terreni secondo curve di decadimento per G e lo smorzamento tratte dalla letteratura scientifica e/o normative (Regione Lombradia), o ancora, curve di decadimento personalizzate.

La procedura di calcolo utilizzata da RSL III per la risposta sismica locale è di tipo lineare equivalente su un modello di n strati piani e paralleli di estensione orizzontale infinita su un semispazio corrispondente al bedrock.

L’input sismico, rappresentato da uno o più accelerogrammi (REXEL permette la ricerca di combinazioni di accelerogrammi naturali compatibili con gli spettri di normativa), viene applicato al bedrock e viene valutato il moto di propagazione delle onde in direzione perpendicolare alla superficie utilizzando l’equazione di equilibrio dinamico in funzione dello spostamento.

I valori finali forniti dall’analisi di III livello sono gli accelerogrammi e i relativi spettri di risposta, lo spettro medio e quello medio normalizzato da confrontare con lo spettro di normativa.