Concrete Retaining wall design Spreadsheet
RCC RETAINING WALL(CANTILEVERTYPE) MAX 6.0 MTR HEIGHT INCL COLUMN LOAD IN LINE
Dynamo for Revit Lesson 1:
– Interface introduction and the use of workflow;
– The use of Package Manager to choose a node or a package available in the repository;
– Node interface, the creation of a Point and a Line.
Dynamo for Revit Lesson 2:
– The Syntax of Code Blocks to use them instead of nodes, and Range of numbers to guide Points;
– How to use a Sinusoidal equation to draw a line;
– Nurbs Curves to connect points;
– Creation of Groups and Notes to organise workflow.
Dynamo for Revit Lesson 3:
– The Custom Node to reuse it in the future;
– How to edit Custom Node, adding or modifying input and output;
– Creation of a List of curves;
– Creation of a Surface by multiple curves;
– Parameters of a curve, splitting and rebuild curves to give them the same number of points to create a surface between the curves.
Dynamo for Revit Lesson 4:
– How to use the Lacing;
– Nested, Flatten and Sorted List to organise all the sub-elements of a list;
– Creation of a Plane starting from a Vector;
– Creation of a Solid from a loft of several curves in Dynamo;
– How to join an Element of Revit with Curve in Dynamo to create a new Adaptive Solid in Revit.
Dynamo for Revit Lesson 5:
– View, add and modify parameters of the elements of a project in Revit with Dynamo;
– How to export data to Excel with a script of Dynamo instead a plug-in of Revit.
Dynamo for Revit Lesson 6:
– How to add name of columns on top;
– How to Import data from Excel back into Revit with a script of Dynamo; – Creation of a Dashboard in Dynamo with Mandrill.
Dynamo for Revit Lesson 7:
– How to find errors in Revit managing data in Dynamo;
– The power of Dynamo Player to use a script without opening Dynamo.
Dynamo for Revit Lesson 8:
– How to model a parametric twisting tower;
– Creation of Levels and Floor Plans;
– Creation of Panels with adaptive components of Revit.
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This manual provides information on foundation exploration and testing procedures, analysis techniques, allowable criteria, design procedures, and construction consideration for the selection, design, and installation of sheet pile walls.
The guidance is based on the present state of the technology for sheet pile-soil-structure interaction behavior. This manual provides design guidance intended specifically for the geotechnical and structural engineer.
It also provides essential information for others interested in sheet pile walls such as the construction engineer in understanding construction techniques related to sheet pile wall behavior during installation.
Design for Bending Post at Top of Wall based on ACI 530-99 & UBC 97