Seismic Geophone Equations Calculator

English

• Español

The overburden or upper layer depth calculator for calculating overburden depth given intersection point distance, upper and lower or bedrock layer velocity. Overburden pressure also called lithostatic pressure, or vertical stress is the pressure or stress imposed on a layer of soil or rock by the weight of overlying material. Input the required values and the seismic geophone equations calculator would automatically update you with the results.

The overburden or upper layer depth calculator for calculating overburden depth given intersection point distance, upper and lower or bedrock layer velocity. Overburden pressure also called lithostatic pressure, or vertical stress is the pressure or stress imposed on a layer of soil or rock by the weight of overlying material. Input the required values and the seismic geophone equations calculator would automatically update you with the results.

Code to add this calci to your website

Just copy and paste the below code to your webpage where you want to display this calculator.

Seismic Geophone - Overburden or Upper Layer Depth:

Overburden or Upper Layer Depth: Intersection Point Distance: Overburden or Upper Layer Seismic Velocity: Bedrock or Lower Layer Seismic Velocity:
Where, t = Overburden or Upper Layer Depth, d = Intersection Point Distance, v₁ =Overburden or Upper Layer Seismic Velocity, v₂ =Bedrock or Lower Layer Seismic Velocity.

Seismic geophone equations calculator helps you to calculate overburden or upper layer depth, seismic velocity, intersection point distance, bedrock layer seismic velocity. The mixed layer of rock is the upper layer of the three-layered ocean model. It is a layer of fairly constant warm temperatures.