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SkyCiv负载生成器

  1. SkyCiv负载生成器
  2. 积雪
  3. AS / NZS 1170 雪荷载计算

AS / NZS 1170 雪荷载计算

在AS / NZS中使用SkyCiv Load Generator 1170.3 雪荷载计算

使用SkyCiv Load Generator计算结构的雪荷载压力, 该过程是首先定义代码参考. 从那里, 工作流程是在“项目”选项卡中定义参数, 网站标签, 和建筑标签, 分别. 然而, 只有具有专业帐户的用户或购买了独立Load Generator模块的用户才可以使用此计算. 您可以通过此购买独立模块 链接.

网站数据

Using the AS/NZS 1170 snow load calculation, you need to define the Annual Recurrence Interval or the SLS/ULS parameters. After selecting the options for these parameters, you need to put the address of the structure. The corresponding snow load for the address will be automatically calculated. Take note that this value is based on the following:

  • 部分 2 AS / NZS的 1170.3 for classification of snow regions based on Figures 2.1 和 2.2 and based on elevation
  • 桌子 5.2 for specific locations in Australia

Take note that the snow region classification automatically displayed in the module shall prioritize the classification of the area based on elevation. To display the snow region map based on Figures 2,1 和 2.2, you need to clickView Map Contours” 然后选择 “雪” – “Australia/New Zealand.For Australian locations indicated in Table 5.2, the user should selectTerrain Classification for Snowas given in AS/NZS 1170.3 Supp 1.

AS / NZS 1170 snow load data
数字 1. SkyCiv Load Generator的“站点”选项卡

结构数据

结构数据和风雪参数被分为不同的手风琴. 为了计算雪荷载, 应选中“雪荷载”复选框.

AS / NZS 1170.2 snow paramters for alpine region
数字 2. SkyCiv Load Generator 上的雪荷载参数

Snow Exposure Category

This parameter is used in getting Exposure Reduction Coefficient CË. The definition of each option is defined in table below:

暴露类别 定义
Sub-alpine Sites classified as sub-alpine region.
庇护所 Sites where roof is protected from the wind by obstructions such as other structures, terrain features or numbers of closely spaced trees higher than the roof.
Semisheltered Sites where roof is only partially protected by numbers of scattered obstructions higher than the roof (例如, scattered trees).
Windswept Sites where the roof is exposed on all sides, with no protection provided by obstructions, trees, or terrain features higher than the roof.

考虑不平衡/降雪量的情况?

This parameter is a “Yes” or “No” to calculate for Unbalanced Snow Load Case. Upon selecting “No,” the balanced snow load case shall only be calculated. 另一方面, upon selecting “Yes,” the unbalanced snow load case table will show. There are four options for AS/NZS 1170.3 alpine region:

Drift on duopitch roof

This case is used to calculate the drifted snow load on duopitch/gable roof as shown below:

Snow load drfted case - 双螺距
数字 3. Parameters for calculating drifted snow load on duopitch/gable roof.

Drift on monopitch roof

This case is used to calculate the drifted snow load on monopitch/monoslope roof as shown below:

Snow load drfted case - monopitch
数字 4. Parameters for calculating drifted snow load on monopitch/monoslope roof.

Drift on lower roof

This case is used to calculate the snow load drift on lower roof level.

Snow load drfted case - lower roof
数字 5. Parameters for calculating drifted snow load on the lower roof.

Drift on projections and obstruction

This case is used to calculate the snow load drift on obstructions above the roof level such as parapet walls, firewalls, 烟囱, 等等.

Snow load drfted case - obstruction above the roof
数字 6. Parameters for calculating drifted snow load on obstructions and projections above the roof.

另一方面, there are additional two options for AS/NZS 1170.3 sub-alpine region:

Drift on obstructed roof with parapet

This case is used to calculate the snow load drift on parapet walls in sub-alpine region.

Snow load drfted case - obstructed roof with parapet
数字 7. Parameters for calculating drifted snow load on obstructed roof with parapet in sub-alpine region.

Drift on obstructed roof with abutting

This case is used to calculate the snow load drift on obstructed roof with abutting in sub-alpine region.

Snow load drfted case - obstructed roof with abutting
数字 8. Parameters for calculating drifted snow load on obstructed roof with abutting in sub-alpine region.

结果

The snow load results will show the parameters in calculating the undrifted snow load for either alpine or sub-alpine region as shown below:

Undrifted snow load case
数字 9. Snow load parameters used in the calculation and the calculated undrifted snow load

Drifted/Unbalanced Snow Load

如果考虑选择不平衡/降雪量, 结果根据定义的情况列在表中:

Drifted snow load case for duopitch
数字 10. Sample results for unbalanced/drifted snow load on duopitch and monopitch roof, 分别.
Drifted snow load case on lower roof
数字 10. Sample results for unbalanced/drifted snow load on lower roof and on projections and obstructions, 分别.

详细计算

只能通过以下方式访问详细的雪荷载计算 专业帐户用户 和那些购买了 独立负载生成器模块. 计算中使用的所有参数和假设都显示在报告上,以使其对用户透明. 您可以通过此下载示例详细计算示例 链接.

详细的雪荷载报告

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