答疑:筏板主筋无法布置-天津土建预算土建算量GTJ2018
问题专业:土建,预算,土建算量GTJ2018,
提问日期:2021-03-10 20:04:35
网友“ゞ約錠.shine╭ァ”提问内容:

业内专家“zhangy”回复:

问题专业:土建,预算,土建算量GTJ2018,
提问日期:2021-03-10 20:04:35
网友“ゞ約錠.shine╭ァ”提问内容:

业内专家“zhangy”回复:

问题专业:土建,预算,结算,
提问日期:2021-03-10 19:18:00
网友“王越”提问内容:

业内专家“小老百姓”回复:
那部位采用异形梁定义布置
问题专业:土建,
提问日期:2021-03-10 18:30:29
网友“元亨利贞”提问内容:

业内专家“小老百姓”回复:
下面那个布置一道梁,就扣减掉了
问题专业:土建,
提问日期:2021-03-10 18:21:34
网友“元亨利贞”提问内容:

业内专家“竹风”回复:
用洞口绘制
问题专业:土建,土建算量GTJ2018,
提问日期:2021-03-10 18:03:02
网友“时光知微”提问内容:

业内专家“维达詹工”回复:
你好:
问题专业:土建,预算,土建算量GTJ2018,
提问日期:2021-03-10 18:00:34
网友“宝贝”提问内容:

业内专家“维达詹工”回复:
你好:锚栓。
问题专业:土建,
提问日期:2021-03-10 17:08:27
网友“鱼七”提问内容:
我这个承台的属性输入正确吗



业内专家“文竹”回复:
横向、纵向都是C16-130,侧面筋是C12-200
问题专业:土建,
提问日期:2021-03-10 17:06:08
网友“达达”提问内容:

业内专家“GXZ”回复:
选择三桩承台,8C16-120的钢筋在桩间连接钢筋,8条钢筋有7道120间距,布置范围输入740,桩间连接钢筋的分布筋在属性其它钢筋里编辑。

问题专业:安装,
提问日期:2021-03-10 17:05:45
网友“caicai”提问内容:
山东现在用2016的新定额多么 对应的清单库和计算规则两个都是2013的吗 03定额对应的是那个清单和计价规则都是08的吗
业内专家“小老百姓”回复:
对应的清单库和计算规则两个都是2013的,03定额对应的是08的。
问题专业:土建,
提问日期:2021-03-10 16:56:44
网友“达达”提问内容:

2021-03-10 16:58:44 补充
点开 确定了还是不行
业内专家“”回复:
设置好了要在右边点那个确定
问题专业:土建,
提问日期:2021-03-10 16:54:40
网友“恰噶”提问内容:
括号里面的-2是什么意思原味标注无法识别,也没办法手动输入,怎么解决,谢谢
业内专家“陌上花开‘’”回复:
在原位标注下部钢筋输入。要英文状态输入
问题专业:安装,
提问日期:2021-03-10 16:44:30
网友“安装造价6个月经验”提问内容:

业内专家“冰临城下”回复:
这是电井大样图,请问这个立管计算一根就可以,还是计算2根?
答:这个应该是在插座处分线,也就是竖向主线的立管是一根,该层的从开关到灯具的立管是一根
问题专业:土建,
提问日期:2021-03-10 16:42:52
网友“晓晓”提问内容:
墙柱的竖向钢筋搭接接头按每自然层一个计算,一个自然层是几米?是3.6米高吗?
业内专家“一杯红酒”回复:
设计图纸每个楼层的高度
问题专业:土建,钢筋算量GGJ2013,土建算量GCL2013,土建算量GTJ2018,
提问日期:2021-03-10 16:39:46
网友“张熙”提问内容:

业内专家“李工”回复:
每层对应的标高就是当前层的底标高,下一层的底标高是当前层的顶标高。比如1层底标高-0.12也是-1层的顶标高。构件强度就按图对应楼层分别设置。屋面的有就用,没有就不管他。
问题专业:土建,土建算量GTJ2018,
提问日期:2021-03-10 16:38:14
网友“小白”提问内容:

1、基础梁集中标注下部通长筋6C25,支座原位标注12C25,6/6,原位标注下排6根钢筋是不是通长筋,只是在上排加了6根C25,还是说下排这6根钢筋同样要计算?
2、右边原位标注C14-200(4)是指这跨的箍筋型号吗?
感谢老师解答!
业内专家“小野猫”回复:
1、基础梁集中标注下部通长筋6C25,支座原位标注12C25,6/6,原位标注下排6根钢筋是通长筋,只是在上排加了6根C25,
2、右边原位标注C14-200(4)是指这跨的箍筋型号
问题专业:土建,土建算量GTJ2018,
提问日期:2021-03-10 16:34:47
网友“造价初学者”提问内容:



业内专家“李工”回复:
看你自己 想手算就不画了 不想手算就画吧
问题专业:安装,
提问日期:2021-03-10 16:24:37
网友“E=mc²”提问内容:

业内专家“大家广联”回复:
水表井(或水表) 下面 闸阀
问题专业:土建,
提问日期:2021-03-10 16:19:31
网友“娶好多老婆呢啊哦”提问内容:

业内专家“蓝鲸”回复:
可以这样理解
回答正确请采纳并点赞,因为每一个专家都是免费服务的。
问题专业:安装,施工,计价软件GCCP5,
提问日期:2021-03-10 16:18:51
网友“房永龙”提问内容:
业内专家“蓝鲸”回复:
定额套用管道保温60mm以内子目,套两遍,因为规范规定管道的绝热保温厚度大于等于100mm以上是必须分层保温,分层厚度要相等
回答正确请采纳并点赞,因为每一个专家都是免费服务的。
ICS 29.240.10 D 13
Record No. J802—2008
Electric Power Industry Standard of the People's Republic of China
P DL / T 5096 — 2008
To Replace DL/T 5096 — 1999 and DL/T 5171 — 2002
Drilling Technical Regulations of Electrical Power Engineering
Issue Date: June 4, 2008 implementation Date: November 1, 2008
Issued by the National Development and Reform Commission of the People's Republic of China

1 Scope
These regulations deal with contents and technical principles of geological drilling, hydro-geological drilling, and geotechnical engineering construction drilling intended for electric power engineering.
They apply to the drilling activities and associated in-situ tests and downhole tests related to electric power engineering.
2 Normative References
The following normative documents contain provisions which, through reference in this text, constitute provisions of this standard.
For dated references, all their subsequent amendments (excluding errors corrected) or revised editions shall not apply. However, parties to agreements based on this standard are encouraged to investigate the possibility of applying the most recent editions of the normative documents indicated below. For undated references, their latest editions apply.
GB 6722—1992 Safety Regulations for Blasting
GB 9448—1999 Safety in Welding and Cutting
GB/T 16950—1997 Diamond Core Drilling Equipment Conventional System
GB 50021—2001 Code for Investigation of geotechnical Engineering
DL/T 5034—2006 Technical Code for the Hydro-geological Investigation of Electric Power Engineering
3 General
3.0.1 These regulations are formulated to adapt to the needs for exploration activities in electric power engineering, promote progressive development and improvement of drilling techniques used in electric power engineering, ensure project quality and work safety, and enhance economic benefits.
3.0.2 These regulations are developed based on conventional drilling equipment and machineries and common drilling technologies used for engineering exploration presently used in the electric power industry. The operation of various drilling equipment shall not only observe the regulations herein, but also be in strict accordance with the user manuals.
3.0.3 For new technologies, techniques, methods, and equipment not covered herein, technical regulations shall be developed individually based on actual conditions.
3.0.4 The operators of drilling equipment must be workers who have been well trained and passed the examinations in this regard.The workers who have neither been trained nor examined shall not operate alone, and must be accompanied by experienced workers when learning how to operate.
3.0.5 The drilling personnel must fulfill their duties, during which they shall concentrate on work without doing any other things irrelevant to it.
3.0.6 The drilling leader shall participate in the preparation of drilling section of Geotechnical Investigation Specifications and technical proposals of disciplines related to drilling. The drilling workers shall be familiar with the Geotechnical Investigation
Specifications, have a good understanding of the stratum conditions,borehole (well) structure, construction techniques, and sampling methods, and conduct the preparations and constructions in accordance with Geotechnical Investigation Specifications and technical proposals.