- AA/VA
- Acceleration coefficient
- ACEP
- ADR
- Box container
- CMR
- CoP
- CSC
- CSS Code
- CTU
- DIN EN 12642
- DIN EN ISO/IEC 17024:2012
- Effective load weight
- EN 283
- EU Directive 2014/47/EU
- EUMOS 40509:2012
- EUMOS Standard 40607-1
- Feeder ship
- FEM
- Flat
- Form closure
- Friction
- HGB
- HGV
- IICL
- IMDG
- IMO
- Incoterms®
- ISO
- ISO 668
- Load requirements for vehicles
- MSL
- OWiG
- Payload
- RID
- Securing force for the end wall
- Shifting force
- Sliding friction coefficient for the loading surface
- StGB
- StZO
- UIC approval
Acceleration coefficient
The acceleration coefficient is a dimensionless measure of the acceleration. The value of 0.8 given here is the standard value for deceleration used for CTU, EN, VDI.
CSC
Convention of safe Containers = Basic layout and dimensioning as well as safety for sea containers according to their structure
DIN EN ISO/IEC 17024:2012
EU-wide certification standard for people with skilled positions, e.g. for trainer or experts
Effective load weight
The effective load weight is the weight of the goods AND the packaging and any load securing material.
EUMOS 40509:2012
Standard concerning checking the stability of load units according to testing conditions set out by the European expert association EUMOS/Brussels
EUMOS Standard 40607-1
Standard concerning the minimum requirements for the approval of certified experts and trainers (experts) from the European expert association EUMOS/Brussels
Feeder ship
Small container ship which generally travels between Continental Europe and the islands or in the coastal area using various ports.
FEM
With the FEM (Finite Element Method), physical processes can be simulated such as force effects on deformable solid bodies. The solid bodies in any form are split into several body parts – the "finite elements" - whose physical behaviour can be calculated based on its geometry with known initial functions.
Flat
Flatbed carrying structure on the truck without a tarpaulin structure or flatbed with length and width container dimensions
Friction
Specifically "Friction force". This is related to the fliding friction coefficient and the weight of the load.
Incoterms®
The basis for freight agreements at international level. They form the basis of the commercial freight costs and related responsibilities for the legal transfer of the goods.
Load requirements for vehicles
Every vehicle has a defined upper limit for the weight of the load being transported. This information is provided by the vehicle manufacturer.
MSL
Maximum Securing Load; Maximum secured weight for the lashing capacity for sea transport; also known as LC = Lashing Capacity in land transport
Securing force for the end wall
The securing force for the end wall is 40% of the vehicle's load capacity for most vehicles.
Shifting force
The shifting force is dependent on the weight being shifted and the acceleration acting on this weight.
Sliding friction coefficient for the loading surface
The sliding friction coefficient (or friction coefficient) is a measurement (between 0 and 1) of the friction forcew in relation to the contact pressure between two bodies, between load and loading surface. The values are shown in the following table:
UIC approval
Standard for the approval of transport vehicles for international transport by rail