Skip to main content

3D Gradient Card

This is an example of a card with a gradient background and a 3D rotation effect on hover.

Comments

Popular posts from this blog

Write the assumptions made in theory of bending: strength of materials

The assumptions made in theory of bending The following are the assumptions made in theory of bending: 1. The material of beam is homogeneous and isotropic. (Isotropic means having the properties same in all directions.)  2. The beam is straight before loading.  3. The beam is of uniform cross section throughout its length. 4. Transverse sections, which are plane before loading, remains plane even after loading.  5. The material is elastic and Hooke's law is applicable. 6. The effect of shear is neglected. Therefore the analysis is meant for pure bending. 7. The modulus of elasticity, E has same value in tension and compression.  8. Each layer is free to expand or contract having no influence in the neighbouring layers for their extension or contraction. 9. The beam is initially straight and all longitudinal filament bend into circular arcs with a common centre of curvature.

Why engineering is different from other professions

 Why engineering is different from other professions ? Engineering is a unique profession that sets itself apart from others in many ways. From its focus on problem-solving to its emphasis on innovation, engineering is a field that requires a unique set of skills and knowledge. One of the key differences between engineering and other professions is the focus on problem-solving. Engineers are trained to identify problems and develop solutions to address them. This requires a deep understanding of the underlying principles and concepts that govern the systems and processes they are working on. Another key difference is the emphasis on innovation. Engineers are constantly looking for ways to improve upon existing systems and processes or develop new ones altogether. This requires a willingness to take risks, experiment, and think outside the box. Engineering is also unique in its interdisciplinary nature. Engineers often work across multiple disciplines, such as physics, mathematics, ...

Fluid mechanics and hydraulic diploma, BE, B tech

Fluids mechanics and hydraulic Fluid mechanics is the branch of physics and engineering that deals with the study of fluids (both liquids and gases) at rest or in motion. It focuses on understanding the behavior of fluids and the forces acting upon them. Hydraulic engineering, on the other hand, is a specific application of fluid mechanics that deals with the use and control of fluids, particularly water, in engineering projects and systems. Fluid mechanics involves studying properties of fluids, such as density, pressure, viscosity, and flow velocity. The fundamental principles governing fluid behavior include: 1. Fluid statics: Examining fluids at rest and understanding concepts such as pressure, buoyancy, and hydrostatic forces. 2. Fluid dynamics: Investigating fluids in motion, including the flow patterns and forces associated with fluid flow, such as drag, lift, and viscosity effects. Applications of fluid mechanics and hydraulics can be found in various engineering disciplines, i...