Civil

Roads, buildings, airports, tunnels, dams, bridges, water supply and sewage systems are the life-lines of our urban existence. Structural engineers need to design these structures so that while serving their useful function, they do not collapse, bend, twist, or vibrate in undesirable ways. In addition they are responsible for making efficient use of funds and materials to achieve these structural goals. FEM analyzes the effects of live loads such as the weight of occupants and furniture in a building, the forces of wind or weights of water, and the forces due to an earthquake; or dead loads such as the weight of the building itself. Cranes has been helping the civil industry for the last two decades in analyzing and designing many durable structures.

Solutions for Civil Solid Modeling FE Mesh Generation Analysis of Simple/ Complex Slabs/ Blocks Analysis of Building frames Analysis of Masts/ Towers Analysis of Storage Tanks Analysis of Space Frames Roofs Analysis of Cooling Towers/ Smoke Stacks Analysis of Dams and Tunnels Static and Dynamic Analysis of Bridges Analysis of Spillways, Bunds and Radial Gates Stress Analysis Seismic Analysis Composite Material Analysis Fatigue Analysis Thermal Analysis CFD Fluid-Structure Analysis Projects Executed Structural analysis of a bridge subjected to moving loads Air flow analysis on two buildings to reduce channel effect Structural analysis of a twin steel dome subjected to various loads Structural analysis of an earthern bund subjected to hydrostatic pressure Structural analysis and design of a dry fabric seal type gas holder Structural analysis of a multi-layered space frame canopy subjected to various loads Structural analysis of an ogee weir subjected to hydrostatic pressure Structural analysis of a radial gate subjected to hydrostatic pressure Failure analysis of a 4000000 litre overhead tank resting on sloping ground Structural analysis of a transmission tower experiencing wind loads