Technical calculation

TECHNICAL STRUCTURAL AND FLOW ANALYSES AS WELL AS SIMULATIONS WITH PROFESSIONAL SKILL

Enmac offers demanding expert technical services with high quality and in an exacting, precise manner. By means of structural analyses and simulations performed with professional skill by our engineering office, we are capable of making our customers’ processes more efficient, generate cost savings, and ensure both safety and compliance with the requirements

Technical calculation

Strength calculation for machinery, equipment and structures

Strength calculation ensures the safety and functionality of the product in addition to optimising manufacturing costs. Enmac Engineering Office performs precise, static and technical structure, stability and thermal transfer analyses – reliably and quickly.

Design calculations for equipment and piping systems

Our professional skill in pressure equipment- and piping design-based calculations is based on our expertise from our versatile experience of various pressure devices. Demanding FEM inspections and design calculations compliant with the diagrams are always made in accordance with the valid standards. For heat exchangers, we offer, in addition to mechanical dimensioning, thermal calculations.

Strength from flow calculation for product development

By means of flow calculation, the functionality of the product or process can be assessed and optimised already during the design and product development stage. Flow simulation is rapid and inexpensive as well as considerably more exact than the test results obtained from trial operations.

With simulation to details

Simulation provides a more detailed picture of the flow field. With flow calculation, it is possible to examine, for instance, the functionality of the product with regard to fluids, gases and chemical reactions. Precise familarity with flows makes the manufactured product safe and durable, as well as cost-effective due to material optimisation. 

With flow calculation, it is possible to anticipate

• the distribution of flows affecting the operation of machinery or processes
• flow rates
• pressure loss
• thermal transfer
• control of demanding phenomena, such as the impacts of winds and waves on the structure