ycliper

Популярное

Музыка Кино и Анимация Автомобили Животные Спорт Путешествия Игры Юмор

Интересные видео

2025 Сериалы Трейлеры Новости Как сделать Видеоуроки Diy своими руками

Топ запросов

смотреть а4 schoolboy runaway турецкий сериал смотреть мультфильмы эдисон
Скачать

Modular Rolled Girder Bridge and Structural Plate Buried Bridge Options

Автор: Short Span Steel Bridge Alliance

Загружено: 2021-04-08

Просмотров: 446

Описание: Glenn Robie (Contech Engineered Solutions Bridge Consultant) provides a presentation, "Modular Rolled Girder Bridge and Structural Plate Buried Bridge Options."

Temporary steel bridges provide a rapid, flexible, durable and cost-effective solution for a variety of sites requiring a temporary crossing. These structures can be used to provide detours to direct traffic around road construction sites during bridge replacement, repair, or in emergency situations. Temporary steel bridges also allow safe and efficient access for workers, heavy off-road vehicles, machinery, and equipment.

For more information, please go to https://www.shortspansteelbridges.org/

Не удается загрузить Youtube-плеер. Проверьте блокировку Youtube в вашей сети.
Повторяем попытку...
Modular Rolled Girder Bridge and Structural Plate Buried Bridge Options

Поделиться в:

Доступные форматы для скачивания:

Скачать видео

  • Информация по загрузке:

Скачать аудио

Похожие видео

Galvanized Temporary Steel Bridge Options and Case Studies

Galvanized Temporary Steel Bridge Options and Case Studies

AASHTO Bridge Design Specifications Explained

AASHTO Bridge Design Specifications Explained

Temporary bridge solutions: Exploring the benefits of Accelerated Modular Steel Bridge Construction

Temporary bridge solutions: Exploring the benefits of Accelerated Modular Steel Bridge Construction

Buried Steel Bridges and Prefabricate Steel Bridge Solutions

Buried Steel Bridges and Prefabricate Steel Bridge Solutions

2023 Steel Bridge Summer Webinar Series

2023 Steel Bridge Summer Webinar Series

SSSBA Topic Based Video Series

SSSBA Topic Based Video Series

Medium/Long Span Bridge Design Using LRFD Simon (165'-200'-165' span arrangement)

Medium/Long Span Bridge Design Using LRFD Simon (165'-200'-165' span arrangement)

Building Better Bridges in 2025 – Unlocking the Potential of Buried Steel Structures

Building Better Bridges in 2025 – Unlocking the Potential of Buried Steel Structures

Китай совершил нечто невозможное для НАСА с помощью лунной ракеты — и она работает безупречно.

Китай совершил нечто невозможное для НАСА с помощью лунной ракеты — и она работает безупречно.

Alberta Watercourse Crossing Collaborative Spring 2020 - Video 4

Alberta Watercourse Crossing Collaborative Spring 2020 - Video 4

MOMENTO MÁXIMO POR SOBRECARGA (HL -  93) - TEOREMA DE BARRE

MOMENTO MÁXIMO POR SOBRECARGA (HL - 93) - TEOREMA DE BARRE

Alberta Watercourse Crossing Collaborative Spring 2020 - Video 10

Alberta Watercourse Crossing Collaborative Spring 2020 - Video 10

Steel Bridges and Resilience: Engineering the Future of Infrastructure (Infrastructure Week 2025)

Steel Bridges and Resilience: Engineering the Future of Infrastructure (Infrastructure Week 2025)

Three-Span Continuous Bridge Using LRFD SIMON

Three-Span Continuous Bridge Using LRFD SIMON

AASHTO LRFD Bridge Design Specifications, 7th Edition

AASHTO LRFD Bridge Design Specifications, 7th Edition

Simple for Dead, Continuous for Live (SDCL) Steel Bridge Design

Simple for Dead, Continuous for Live (SDCL) Steel Bridge Design

2026 PCI Design Awards Winner: 192nd St Underpass (Morton Branch Br 14.02)

2026 PCI Design Awards Winner: 192nd St Underpass (Morton Branch Br 14.02)

Building Better Bridges in 2025 – Unlocking the Potential of Buried Steel Structures

Building Better Bridges in 2025 – Unlocking the Potential of Buried Steel Structures

Curso de puentes: Análisis de la sobrecarga HL-93 en un puente simplemente apoyado

Curso de puentes: Análisis de la sobrecarga HL-93 en un puente simplemente apoyado

© 2025 ycliper. Все права защищены.



  • Контакты
  • О нас
  • Политика конфиденциальности



Контакты для правообладателей: [email protected]