Structural Design Enginerring

Structural Design Enginerring application is completely free and usefull application of structure engineering learning

Basically this app is handbook, easy to use , works offline Structural Design Apps

This app covers all important topic. Its like a book for students, a co worker guide for engineers.

The objective of the App is to bring faster learning and quick revision of the topics.

Some topic covered by this application are :

Reinforced concrete : as a composite material, has occupied a special place in the modern

construction of different types of structures due to its several advantages.

Concrete :Concrete is a product obtained artificially by hardening of the mixture of cement, sand, gravel

and water in predetermined proportions.

Depending on the quality and proportions

reinforcing steel

Ultimate load method (ULM)

One-way and Two-way Slabs

Doubly Reinforced Beam

T−beams and L−beams

Limiting Moment of Resistance

Design of Staircase :The staircase is an important component of a building, and often the only means of access between the various floors in the building. It consists of a flight of steps, usually with one ormore intermediate landings (horizontal slab platforms) provided between the floor levels.

Design strength of materials

Compression members are structural elements primarily subjected to axial compressive forces and hence, their design is guided by considerations of strength and buckling. Examples of compression member pedestal, column, wall and strut.

Longitudinal Reinforcement

Slender Columns

Design of isolated column footing

Safety at Ultimate Limit State in Flexure

Masonry : is one of the main items of construction in a building and needs careful

consideration.

Design Shear Strength of Reinforced Concrete :Recent laboratory experiments confirmed that reinforced concrete in beams has shear strength even without any shear reinforcement.

Bond :The bond between steel and concrete is very important and essential so that they can acttogether without any slip in a loaded structure

Numerical Problem

Structural Design Enginerring application is completely free and usefull application of structure engineering learning

Basically this app is handbook, easy to use , works offline Structural Design Apps

This app covers all important topic. Its like a book for students, a co worker guide for engineers.

The objective of the App is to bring faster learning and quick revision of the topics.

Some topic covered by this application are :

Reinforced concrete : as a composite material, has occupied a special place in the modern

construction of different types of structures due to its several advantages.

Concrete :Concrete is a product obtained artificially by hardening of the mixture of cement, sand, gravel

and water in predetermined proportions.

Depending on the quality and proportions

reinforcing steel

Ultimate load method (ULM)

One-way and Two-way Slabs

Doubly Reinforced Beam

T−beams and L−beams

Limiting Moment of Resistance

Design of Staircase :The staircase is an important component of a building, and often the only means of access between the various floors in the building. It consists of a flight of steps, usually with one ormore intermediate landings (horizontal slab platforms) provided between the floor levels.

Design strength of materials

Compression members are structural elements primarily subjected to axial compressive forces and hence, their design is guided by considerations of strength and buckling. Examples of compression member pedestal, column, wall and strut.

Longitudinal Reinforcement

Slender Columns

Design of isolated column footing

Safety at Ultimate Limit State in Flexure

Masonry : is one of the main items of construction in a building and needs careful

consideration.

Design Shear Strength of Reinforced Concrete :Recent laboratory experiments confirmed that reinforced concrete in beams has shear strength even without any shear reinforcement.

Bond :The bond between steel and concrete is very important and essential so that they can acttogether without any slip in a loaded structure

Numerical Problem