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海上结构分析软件的全球市场预测 - 按结构、产品、最终用户和地区分析Offshore Structural Analysis Software Market Forecasts to 2028 - Global Analysis By Structure, Product, End User and Geography |
根据 Stratistics MRC,全球海上结构分析软件市场在预测期内将以 8.3% 的复合年增长率增长。
具有广泛操作条件和能力的海上和结构工程师需要设计、分析和模拟海上平台和风力涡轮机的响应。 海上设计师使用海上结构分析软件来解决海上结构的结构设计问题,例如石油和天然气平台、FPSO 上部结构和浮动平台。 他们可以考虑从设计到运行再到退役的生命週期。 海上工程师可以进行设计以承受意外情况,包括推翻、船舶碰撞、物体掉落和爆炸载荷。
根据世界银行的数据,到 2050 年,农业产量将增加近 70%,从而导致对灌溉和作物保护的需求增加。 因此,增加灌溉和作物保护将推动拖拉机设备市场的增长。
由于对具有成本效益的海洋工程的需求增加、石油和天然气行业的需求增加以及对环保工作场所的需求增加等因素,海洋结构分析软件的市场正在增长。据预测, 在预测期内推动海洋结构分析软件市场的其他因素包括建筑师和工程师对海上结构软件的需求不断增加、技术发展和进步,以及建筑师、工程师和承包商使用该软件的重要性越来越大。预计推动增长
在实施离岸结构化软件时,还存在高投资成本和初级员工遇到的挑战。 此外,无法对某些对象(例如曲线和抛物线梁)进行建模和分析可能会在不久的将来进一步阻碍海上结构分析软件市场的增长。
在离岸结构分析软件的市场趋势中,云计算技术的引入有望在未来几年对该行业产生积极影响。 使用云计算技术进行海上结构分析时,前处理和后处理工作在本地完成,但模型会发送到云平台进行分析,因此客户需要等待结果返回。您可以做其他在本地计算机上工作。
缺乏具备数字技能的员工是阻碍全球离岸结构分析软件行业发展的主要因素之一。 使用海上结构分析软件需要了解海上施工和设计,以及如何使用软件平台的知识。 工作人员必须能够使用该平台分析复杂的结构,进行必要的更改,并首先确保结构和设计符合海上结构分析软件的要求。
COVID-19 的爆发衝击了海上结构分析软件市场。 石油和天然气、海事、发电、政府和国防等行业都受到 COVID-19 的严重影响。 然而,由于 COVID-19 危机,客户互动的数字化已经推进了数年。 在各种最终用户行业中,这导致了软件技术的采用。 因此,预计在预测期内区域海上结构分析软件市场将出现增长。
石油和天然气板块预计在预测期内将占据最大份额,因为该板块中有大量海上项目使用海上结构分析软件进行结构设计。 建筑师、工程师和承包商越来越重视使用海上结构分析软件,也推动了需求。
由于对易于使用、存储和安全的基于云的工程软件的需求不断增加,预计软件行业在预测期内的复合年增长率最高。 由于高级产品可视化的增加,以创建具有良好结构设计和图纸的优质产品,未来的市场扩展非常可观。 这些因素正在推动该细分市场的增长。
亚太地区继续主导海上结构分析软件市场,并且由于对高度可维护结构的需求不断增长,预计未来将占据最大份额。 中国是该地区最大的海上结构分析软件市场。 此外,近海结构分析软件在印度尼西亚和韩国等其他亚洲国家也越来越受欢迎。
随着离岸结构分析软件的普及,预计北美在预测期内的复合年增长率最高。 美国和加拿大是北美海上结构分析软件的主要市场。 此外,基于云的服务的兴起降低了与海上结构分析软件相关的高维护和运营成本,预计这将在未来几年进一步推动该地区海上结构分析软件市场的增长。。
海上结构分析软件市场的主要参与者是: AVL List GmbH、Bentley Systems Inc.、BMT Group Ltd.、Dlubal Software Inc.、DNV Group AS、Dogtooth Technologies Ltd.、Energid Technologies Corp.、FF Robotics、Harvest CROO Robotics LLC、Iron Ox Inc. John Wood Group PLC、Metomotion、Panasonic Corp、Ramboll Group AS、Robert Bosch GmbH、Stewart Technology Associates、Viking Systems Inc.、Vision Robotics Corp 和 Zebec Marine Consultant and Services。
2022 年 5 月,BMT 集团将为澳大利亚海军综合支援舰项目 SEA2200 交付属于多用途后勤舰设计系列 ELLIDA 的扩展概念设计。
2020 年 1 月。 Energid 的技术 Actin 控制软件使 Robo Mantis 的四足运动和轮子运动成为可能。 这种设备对于学术研究应用、采矿、农业、国防、工业检测等非常有用。
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根据产品组合、地理分布和战略联盟对主要参与者进行基准测试
According to Stratistics MRC, the Global Offshore Structural Analysis Software Market is growing at a CAGR of 8.3% during the forecast period. For a wide range of operating conditions and capabilities, offshore engineers and structural engineers must design, analyse, and simulate the response of offshore platforms or wind turbines. Software for offshore structural analysis is used by offshore designers to solve structural design problems for offshore structures like oil and gas platforms, FPSO topsides, and floating platforms. They can examine the lifecycle from design to operation to decommissioning. Offshore engineers are capable of producing designs that can withstand unplanned occurrences like pushover, ship impact, dropped objects, and blast loading.
According to the World Bank by 2050, agriculture production will increase by nearly 70%, resulting in increasing demand for irrigation and crop protection. Therefore, the increase in irrigation and crop protection will drive the growth of the tractor implement market.
The market for offshore structural analysis software is anticipated to grow as a result of factors including rising demand for offshore engineering that is cost-effective, increasing demand from the oil and gas industry, and rising demand for workplaces that are environmentally friendly. Other factors that are anticipated to drive the growth of the offshore structural analysis software market in the forecast period include the rising demand for offshore structure software from architects and engineers, technological development and advancement, and the growing significance of architects, engineers, and contractors in the use of this software.
The high cost of the investment and the challenges encountered by the lower-level employees in implementing the offshore structure software. Moreover, the inability to model and analyse certain objects, such as curves and parabolic beams, will likely further impede the growth of the offshore structural analysis software market in the near future.
One of the major market trends for offshore structural analysis software that is anticipated to have a positive impact on the sector in the coming years is the introduction of cloud computing technology. When offshore structural analysis is performed using cloud computing technology, the pre- and post-processing tasks are still carried out locally, but the model is sent to the cloud platform for analysis, freeing the customer to finish other tasks on their local computers until the results are returned to them.
The lack of employees with digital skills is one of the main obstacles to the growth of the global offshore structural analysis software industry. In addition to understanding offshore structures and designs, using offshore structural analysis software requires knowledge of how to use software platforms. The workforce must be able to analyse complex structures using this platform, make the necessary changes, and first confirm that the structure and design comply with offshore structural analysis software.
The market for offshore structural analysis software has suffered as a result of the COVID-19 outbreak. Industries like oil and gas, maritime, power generation, government, and defence are all significantly impacted by COVID-19. The digitalization of customer interactions has, however, advanced by several years as a result of the COVID-19 crisis. In a variety of end-user industries, this has increased the adoption of software technologies. Thus, during the period of forecasting, growth in the regional offshore structural analysis software market is anticipated.
Because of the large number of offshore projects in this sector that use offshore structural analysis software for structure design, the oil and gas segment is expected to have the largest share throughout the forecast period. The demand is also being fueled by the increasing emphasis architects, engineers, and contractors are placing on using offshore structural analysis software.
Due to growing demand for cloud-based engineering software that offers greater ease, storage, and security, the software segment is expected to have the highest CAGR during the forecast period. Future market expansion is anticipated to be substantial due to the rise in advanced product visualisation for the creation of high-quality products with superior structural design and drawing. Such factors are driving segment growth.
Due to the increasing demand for structures with high maintenance power, Asia Pacific currently holds dominance and is expected to witness the largest share in the offshore structural analysis software market. For offshore structural analysis software in the area, China represents the largest market. Moreover, in other Asian nations like Indonesia and South Korea, offshore structural analysis software is also becoming more popular.
As awareness of offshore structural analysis software grows, North America is expected to experience the highest CAGR over the forecast period. United States and Canada are the key markets for offshore structural analysis software in North America. Additionally, the rise of cloud-based services is lowering the high maintenance and operating costs associated with offshore structural analysis software, which is further expected to fuel the growth of the offshore structural analysis software market in the region in the coming years.
Some of the key players in Offshore Structural Analysis Software market include: AVL List GmbH, Bentley Systems Inc., BMT Group Ltd., Dlubal Software Inc., DNV Group AS, Dogtooth Technologies Ltd., Energid Technologies Corp., FFRobotics, Harvest CROO Robotics LLC, Iron Ox Inc., John Wood Group PLC, Metomotion, Panasonic Corp, Ramboll Group AS, Robert Bosch GmbH, Stewart Technology Associates, Viking Systems Inc., Vision Robotics Corp and Zebec Marine Consultant and Services.
In May, 2022, BMT Group to provide an enhanced concept design belonging to its multi-role logistics ship design family, ELLIDA, that works for the Joint Support Ship project, SEA2200 of the Royal Australian Navy.
In January, 2020: The Actin Control Software of Energid's technologies to facilitate Robo Mantis by making it capable of quadrupedal walking in wheeled motion. Such a facility can be quite helpful in academic research applications, mining, agriculture, defense, and industrial inspection.
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Benchmarking of key players based on product portfolio, geographical presence, and strategic alliances