Rumoured Type 076 LHD/LHA discussion

Clark Gap said:

XX6项目（第二批）中标公告 (XX6 2ed batch Notification of Award)

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21 综合电力系统（Integrated electric system）维修性与测试性仿真研究

25 串轴电力推进系统（electric propulsion system with the tandem）船-机-桨匹配策略研究

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link？

采购人名称：中国船舶工业集团公司第七○八研究所
采购代理机构名称：
代理机构地址：北京市朝阳区新源南路六号京城大厦A座（邮编：100027）
采购项目结果信息：
包号 标包名称 首选中标候选人 预中标金额
1 典型XX仿真验证平台设计研究 ￥4,570,000.00
2 基于极短期运动预报的辅助决策技术研究 ￥439,500.00
3 XXX多因素耦合系留校核研究 ￥270,000.00
4 XXX安全着X仿真研究 ￥336,000.00
5 船体框架结构及典型节点优化计算 华中科技大学 ￥660,000.00
6 X机X车全流程仿真能力软件研究 ￥2,460,000.00
7 全XDY保障流程仿真软件研究 ￥1,344,000.00
8 舟艇、车辆装备舰面保障能力综合评价软件 ￥1,400,000.00
9 车辆、舟艇装备安全系留设计软件 ￥570,000.00
10 全舰数字化平台软件集成开发及软件第三方测试 ￥4,540,000.00
11 全舰信息化综合应用软件开发及软件第三方测试 ￥3,479,200.00
12 全舰保障规划与决策平台软件集成开发及软件第三方测试 ￥1,884,200.00
13 交互式电子手册数据集成及软件第三方测试 ￥1,596,000.00
14 综合保障集成管理系统开发、数据集成及软件第三方测试 ￥6,195,000.00
15 HSH综合监控装置软件研改 ￥882,500.00
16 D库安全监控设施软件研改 ￥700,000.00
17 综合保障管理设施软件研改 ￥1,672,000.00
18 DY管理调度软件研改 ￥860,900.00
19 全舰保障任务规划算法设计研究 ￥700,000.00
20 任务保障全流程推演协同仿真技术研究 ￥778,500.00
21 综合电力系统维修性与测试性仿真研究 ￥985,000.00
25 串轴电力推进系统船-机-桨匹配策略研究 ￥870,000.00
26 串轴式电力推进轴系振动及校中计算研究 ￥600,000.00
27 串轴式电力推进轴系扭转振动特性研究 ￥570,000.00
28 动力装置进排气系统仿真优化研究 ￥855,000.00
29 动力舱通风温度场、气流场仿真及优化设计研究 ￥859,600.00
30 中压电气防护技术研究及多功能装载舱灭火效能试验验证 ￥859,600.00
31 F行甲板火灾控制技术试验研究 ￥970,000.00
32 DCTS槽道火灾特性分析及灭火系统试验验证 ￥1,180,000.00
33 基于无人J甲板的全J多功能水幕系统优化及模拟试验研究 ￥762,500.00
35 沉浮系统阻力计算及仿真研究 ￥700,000.00
36 沉浮作业过程模拟试验 ￥2,109,700.00
37 典型舱室和区域空气/烟气流动仿真及试验研究 ￥1,290,000.00
38 分布式空调系统及空调器健康管理技术研究 ￥498,000.00
39 空调水系统的优化及能量互补与调配技术研究 ￥399,000.00
40 特种设备舱环境控制系统及烟气引导仿真计算和试验验证 同济大学 ￥1,780,000.00
41 两Q攻击JHSH防护装备优化及洗消工艺研究 ￥1,090,000.00
42 密集贮存状态下蔬果冷藏保鲜试验验证 ￥1,580,000.00
43 结构状态监测及数据处理方法研究 ￥630,000.00
44 dcts安装cao结构变形监测方法与验证试验研究 ￥1,728,000.00
45 多资源供给管路阻力分析及流量平衡技术研究 ￥465,400.00
46 区域冷却系统典型区域模拟试验 ￥989,168.00
47 油水代换系统仿真计算 ￥700,000.00
48 油水代换系统缩尺模型试验 ￥2,135,200.00
49 XXX形桅杆结构优化设计研究 大连理工大学 ￥427,500.00
50 XXX及其典型BLSS特性研究 ￥427,500.00
51 排气HWYZ装置冷却空气YS系统优化仿真 ￥1,320,000.00
52 XX主要ZS源水下FSZS计算 ￥690,000.00
53 基于FS效率的XX机械噪声数值仿真计算 ￥630,000.00
54 基于振动匹配的主要设备安装基座减振优化方案计算 武汉理工大学 ￥490,000.00
55 典型动力设备基座区域结构减振效果试验研究 ￥854,000.00
56 基于XX的XXWQ使用安全性研究及管控规则优化研究 ￥620,000.00
57 XXSJ仿真优化研究 ￥427,500.00
58 标准体系及标准规范收集分析研究 ￥2,150,000.00
59 液压系统标准化研究 ￥2,800,000.00
60 车TBL、调运、存放、出动回收全流程作业仿真推演研究 ￥760,000.00
61 XX安全存放状态下船运动产生惯性载荷计算方法研究 ￥380,000.00
63 XX安全存放技术仿真及试验研究 ￥1,900,000.00
64 XX6和XXXZH与通信能力匹配研究 ￥950,000.00
65 基于动力学仿真的横补接收系统站位的适配性研究 ￥570,000.00
66 基于视觉技术的航行信号设备三维建模仿真 ￥144,000.00
67 XXXZB保障全流程作业方案辅助决策算法研究 ￥700,000.00
68 基于码头潮位高适应性的岸J滚装设施技术方案研究 ￥600,000.00
69 多型舟TZB湿W进出XX运动特性数值仿真研究 ￥1,500,000.00
70 多型舟TZB湿W进出XX运动特性模型试验研究 ￥2,200,000.00
71 多功能装载舱消波保障技术仿真及试验研究 大连理工大学 ￥1,800,000.00
72 多因素耦合气流场仿真研究 ￥860,000.00
￥875,000.00
开标日期：2020年6月16日
定标日期：2020年6月29日
中标公示期限：从本公示发布之日起 7个工作日
各有关当事人对中标结果有异议的，可以在中标公告发布之日起七个工作日内以书面形式向提出质疑，逾期将不再受理。
联系人：李程 电话：010-84865055-100
地 址：北京市朝阳区新源南路六号京城大厦A座8层

竞价中国建设招标网址请到：

Some highlights that stood out to me:

32 DCTS槽道火灾特性分析及灭火系统试验验证

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Electromagnet catapult channel fire characteristics analysis and fire suppression system test standards

33 基于无人J甲板的全J多功能水幕系统优化及模拟试验研究

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UAV deck based ship wide multipurpose water screen system optimization and simulation study

41 两Q攻击JHSH防护装备优化及洗消工艺研究

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Amphibious assault ship Nuclear, Biological and Chemical protection system optimization and decontamination process study

64 XX6和XXXZH与通信能力匹配研究

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XX6 (ie 076) and XXXZH communication compatibility study

67 XXXZB保障全流程作业方案辅助决策算法研究

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XXXZB complete maintenance process and auxiliary decision making algorithm study

by78 said:

For those without an Weibo account, below are links to the seven documents in full-resolution. They are very detailed listing of subsystems of Project 076 along with budget allocations for each, which are listed in the third column of the tables (each digit represents 10000 yuan)

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It was posted two years ago, seven batches in total.

So I just had a wild idea, what if the first ship of this class was nuclear powered?

If it's really going to be like a type 075 with EMALS, all technologies should be mature by the time it comes out.
Making the first one nuclear powered gives them a route to test and validate how to do nuclear propulsion on a big warship.

Then the requirement of an armored reactor comparment would preclude it from being an LHD as there won't be any space for the dock unless you sacrifice aviation facilities, thus you would end with a far more limited LHA. There is also the fact that they are meant to be close to shore for landings, that means they will be exposed to far more threats which seems a bad place overall for a nuclear reactor.

just looked through this thread and apparently its already confirmed to be gas powered, it would still be an interesting idea to just make the first one nuclear, so china can get some hands on experience

pakje said:

So I just had a wild idea, what if the first ship of this class was nuclear powered?

If it's really going to be like a type 075 with EMALS, all technologies should be mature by the time it comes out.
Making the first one nuclear powered gives them a route to test and validate how to do nuclear propulsion on a big warship.

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On the list of subsystems for it we already know that it will be conventionally powered.

If they want to validate nuclear propulsion better just to do it on a land based site that is representative of the final nuclear propulsion configuration that you want on the ship that you want (in this case, I presume you mean for a CVN).


In short, no need, and if anything may actively be a bad idea with more risk and more cost.

hopefully we'll see some USVs for use with the well deck in a sea control configuration.