This App is an Handbook for Structural Calculations and a Beam Calculator. An essential Tool for Engineers, Architects, Technicians and Students for Civil Engineerig, Civil Buildings Experts, Mechanical Engineering and other Structure Disciplines. Are available Graphics Diagrams, Section Calculator and Tables as follows:
Graph and Numerical Results (every 1/10 of Beam Length) with Results of Beam Reactions of:
1. Shear and moment of Supported Beam with Distribuited Load
2. Shear and moment of Cantilever Beam with Distribuited Load
3. Shear and moment of Supported Beam with Triangular Load
4. Shear and moment of Cantilever Beam with Concentrated Load at the end of beam
5. Shear and moment of Joint and Supported Beam with Distribuited Load
6. Shear and moment of Cantilever Beam with Triangular Load
7. Shear and moment of Supported Beam with Triangular Load at midspan
8. Shear and moment of Joint and Supported Beam with Triangular Load
9. [PRO] Shear and moment of Double Interlocking Beam with Distribuited Load
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10. [PRO] Fixed Frame - Distribuited Load: Moments
11. [PRO] Hinged Frame - Distribuited Load: Moments
12. Section Square: Moment of Inertia, Modulus of Resistance and Area
13. [PRO] Section Rectangular: Moment of Inertia, Modulus of Resistance and Area
14. [PRO] Section Double T: Moment of Inertia, Modulus of Resistance and Area
15. [PRO] Section Rectangular Hollow: Moment of Inertia, Modulus of Resistance and Area
16. [PRO] Section C: Moment of Inertia, Modulus of Resistance and Area
17. [PRO] Section Rod: Moment of Inertia, Modulus of Resistance and Area
18. [PRO] Section Circular Hollow: Moment of Inertia, Modulus of Resistance and Area
19. Material Weight table: Concrete, Reinforced Concrete, Steel, Aluminium, Sand, etc.
20. Steel Beams IPE table
21. [PRO] Steel Beams HEA table
22. [PRO] Steel Beams HEB table
23. [PRO] Steel Beams HEM table
24. [PRO] Steel Beams S Shapes table
25. [PRO] Table Bars for Reinforced Concrete
26. [PRO] Bending Moment pre-Design for Rectangular Section Beam in Reinforced Concrete (Eurocode 2)
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FREQUENT ASKED QUESTION:
Q: WHY DO NOT APPEAR THE MEASURE UNITS IN CALCULATION OF BEAMS STRESS?
A: Because they are not required. In fact, using the units of measurement used to calculate the shear and moment in the App is not relevant, except as a reminder. That is, the user entering a load that image in kN/m and a length in meters, will of course, the result of the moment that will be in kNm and the shear that will be in KN and so on for imperial or metric.
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If you want to help translate the App, please contact me via e_mail.
</div> <div class="id-app-translated-desc" style="display:none">这个应用程序是一个手册的结构计算和梁计算器。为工程师,建筑师,技术人员和学生进行公民Engineerig,民用建筑的专家,机械工程等学科结构的重要工具。可用图形图表,计算器节和表如下:
图形和数值结果(每1/10的光束长度)与梁反应的结果:
1.剪力和弯矩支梁与Distribuited负载
2,剪力和弯矩悬臂梁与Distribuited负载
3.剪力和弯矩支梁与三角载
4.剪力和弯矩悬臂梁与集中荷载在梁端
5.剪切和联合的时刻,支梁与Distribuited负载
6.剪力和弯矩悬臂梁与三角载
7.剪力和弯矩支梁与三角形荷载跨中处
8.剪和联合的时刻,支梁与三角载
9. [专业]剪力和弯矩的双重联锁梁Distribuited负载
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10. [专业]固定式框架 - Distribuited负荷:时刻
11. [专业]铰接框架 - Distribuited负荷:时刻
12.第坊:惯性传感器,电阻和地区的模矩
13. [专业]第矩形:惯性传感器,电阻和地区的模矩
14. [专业]科双T:电阻和地区的转动惯量,模
15. [专业]第矩形空心:惯性传感器,电阻和地区的模矩
16. [专业] C部分:惯性传感器,电阻模量和面积的瞬间
17. [专业]第杆:惯性传感器,电阻和地区的模矩
18. [专业]截面为圆形空心:电阻和地区的转动惯量,模
19.材料重量表:混凝土,钢筋混凝土,钢,铝,砂等
20.钢梁IPE表
21. [专业]钢梁HEA表
22. [专业]钢梁HEB表
23. [专业]钢梁HEM表
24. [专业]钢梁S形状的表
25. [专业]表棒材钢筋混凝土
26. [专业]弯矩预先设计的矩形截面梁的钢筋混凝土(欧洲规范2)
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的常见问题:
问:为什么不显示在度量单位计算的梁压力?
答:因为它们不是必需的。事实上,使用用于计算在App的剪力和弯矩的测量单位是不相关的,但作为提醒。也就是说,进入装载在千牛/米该图像并在米的长度的用户,会的过程中,力矩的结果,就可以在千牛米和剪切,就可以在KN等为英制或公制。
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