MorGain结构快速设计程序 v2019.01.2477 Windows版

MorGain is a powerful tool designed for engineers and students in the field of construction. It offers a comprehensive suite of 21 functions that streamline the design process for architectural structures. The software boasts an intuitive, interactive interface that allows for easy storage and retrieval of input data, as well as automated memory of work sessions and directories. Its simplicity and practicality make it an ideal choice for professionals and students alike.

软件特点

MorGain includes a variety of specialized features that cater to different aspects of structural design:

Flexural Design: Calculate reinforcement from flexural design values, or determine flexural design values from reinforcement.

Shear Design: Compute main reinforcement area from shear design values, or derive shear design values from main reinforcement area.

Flexure-Shear-Torsion Members: Calculate moment (single or double reinforcement), shear, and torsion capacity for rectangular, T-shaped, inverted T-shaped, and I-shaped cross-sections.

Two-Way Slabs: Calculate the internal forces of concrete rectangular two-way slabs under uniform, triangular, and trapezoidal loads for 25 initial conditions.

Plastic Two-Way Slabs: Use the limit equilibrium method to compute the internal forces of supported plastic slabs.

Trusses: Calculate internal forces and reinforcement for trusses under various load types and support conditions.

Beam-Slab Stairs: Compute the internal forces and reinforcement of beam and slab stairs under different support conditions.

Lintels: Calculate internal forces and reinforcement for concrete lintels, steel-reinforced brick lintels, and brick flat arches.

Crack Width: Determine the maximum crack width for various cross-sections under tension, compression, bending, and shear.

Deflection Calculation: Compute the deflection of bending members based on the ratio of elastic to long-term bending stiffness.

Additional Transverse Reinforcement: Calculate the additional transverse reinforcement required for concentrated loads.

Beam Flange Reinforcement: Determine the required reinforcement for the tension zone of beam flanges.

Local Compression Check: Calculate the local compression capacity for various positions and cross-section shapes.

Bracket Columns: Compute the crack control requirements, vertical and horizontal reinforcement, and bending reinforcement area for bracket columns.

Anchors: Calculate the bearing capacity of anchors composed of anchor plates and symmetrically arranged straight anchor plates.

Normal Section Capacity: Calculate the reinforcement for normal section compression or tension members.

Shear Capacity of Column Web: Compute the shear capacity of columns under axial compression or tension.

Shear Compression Capacity: Calculate the shear compression capacity under partial loads or concentrated axial forces.

Foundation Bearing Capacity: Adjust foundation bearing capacity values for depth and width.

Isolated Footings: Calculate the area, shear, bending, and cutting checks for isolated footings.

Single Column Spread Footings: Compute the dimensions and specifications for single column spread footings.

Isolated Pile Caps: Calculate the volume, shear, bending, and cutting checks for isolated pile caps.

Single Column Pile Foundation Pile Caps: Determine the dimensions and specifications for single column pile foundation pile caps.

Foundation Settlement Calculation: Compute the settlement of isolated foundations using the standard layer thickness method.

Soft Soil Layer Check: Verify the bearing capacity of rectangular and isolated foundations with soft soil layers.

Active Earth Pressure on Retaining Walls: Calculate the active earth pressure Ea on retaining walls.

Quk Statistical Analysis: Determine the design value of the ultimate axial capacity of single piles based on the mean error of the ultimate axial capacity.

Single Pile Axial Capacity: Calculate the design value of the ultimate axial capacity of single piles based on geological survey reports.

Pile Horizontal Bearing Capacity: Compute the design value of the horizontal bearing capacity of bored piles and driven piles.

Pile Strength: Verify the strength of pile concrete.

Utility Load Effect Combination: Calculate the basic, standard, and quasi-permanent load effect combinations for frame columns and shear walls.

Equivalent Uniform Load on Slabs: Determine the equivalent uniform load on one-way and two-way slabs.

Filling Wall Calculation Indicators: Calculate the design values of various filling walls for compression, tension, bending, and shear strength.

Reinforcement Anchorage and Connection: Instantly calculate and display the anchorage and connection lengths of various diameter reinforcement under different conditions.

Column Reinforcement Zone: Calculate the minimum stirrup spacing, volume stirrup ratio, and actual reinforcement based on specified criteria.

Column Reinforcement Check: Verify column reinforcement based on user inputs.

Beam Actual Reinforcement: Select the appropriate reinforcement schemes for beams and calculate the maximum crack width.

Seismic Design: Determine seismic fortification intensity, design basic seismic acceleration, and design seismic grouping for major cities in China.

Building Seismic Design Category: Determine the seismic design category for multi-storey and high-rise concrete buildings.

Seismic Effects of Components: Compute the horizontal seismic effect values of non-structural components using the equivalent lateral force method.

Wall Stability Calculation: Determine the minimum thickness of frame walls based on seismic design category, location, height, and support conditions.

Dynamic Equivalent Static Load: Check the structural equivalent static load under dynamic loads such as strategic weapons and nuclear weapons.

如何使用

To utilize MorGain, simply follow these steps:

Input Data: Enter the required data for the specific function you wish to use.

Select Function: Choose the appropriate function from the comprehensive list available in the software.

Run Calculation: Execute the calculation, and the software will automatically perform the necessary computations.

Review Results: Review the detailed results provided by MorGain, which include all necessary design values and checks.

Export: Export the results for further analysis or to include in your design documents.

MorGain is continuously updated with new features and improvements. Stay tuned for the latest updates and enhancements to further streamline your design process.